CN104989472B - Combined cycle energy supplying system - Google Patents

Combined cycle energy supplying system Download PDF

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CN104989472B
CN104989472B CN201510297515.7A CN201510297515A CN104989472B CN 104989472 B CN104989472 B CN 104989472B CN 201510297515 A CN201510297515 A CN 201510297515A CN 104989472 B CN104989472 B CN 104989472B
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generator
heat exchanger
compressor
solution
condenser
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CN104989472A (en
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李华玉
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Abstract

The present invention provides combined cycle energy supplying system, belongs to heat energy utilization and technical field of heat pumps.Compressor, combustion chamber and gas turbine constitute gas-turbine installation forward circulation system, compressor, evaporator, cryogenic throttle valve and low temperature heat exchanger constitute compression reverse circulation system, and absorber, generator, the second generator, condenser, evaporator, throttle valve, second throttle, solution pump, solution heat exchanger and the second solution heat exchanger constitute absorption reverse circulation system；Gas-turbine installation forward circulation provides power to working machine and compression reverse circulation, provides driving thermic load to absorption reverse circulation, compression reverse circulation obtains low temperature thermic load and by evaporator to absorption reverse circulation heat supply, absorption reverse circulation forms combined cycle energy supplying system by absorber and the external heat supply of condenser.

Description

Combined cycle energy supplying system
Technical field：
The invention belongs to power, refrigeration and technical field of heat pumps.
Background technology：
Exist in fuel carries out the system of heat supply by burning, between the combustion gas and heated medium of formation of burning very big The temperature difference；In the system directly freezed by burning using fuel, combustion gas and the refrigerating plant work of formation of burning are situated between The prodigious temperature difference is equally existed between matter；In the distributed energy resource system for providing power using gas-turbine installation, power carries For being actually a restricted additional conditions, and many times remain the situation that the temperature difference cannot make full use of.This The situation that thermal energy efficiently utilizes is can not achieve a bit, can mainly be summarized as five aspects：1. in the case of living load, combustion gas with There are the unserviceable big temperature difference between heated medium, it cannot achieve thermal energy and efficiently utilize；2. configure absorption heat pump, by The limitation in absorption heat pump working media operating temperature section drives between combustion gas and absorption heat pump working media and there is big temperature Difference, the temperature difference utilize unreasonable；3. configure waste heat boiler, combustion gas to waste heat boiler provide sensible heat, steam generation link exist compared with The big temperature difference；In this way, when using steam drive absorption heat pump, the temperature difference utilizes unreasonable；4. Low Temperature Thermal resource shortage, it is difficult to utilize Thermal energy in environment；5. when low temperature thermal resource temperature is very low, it is difficult to find thermal performance and security performance is all satisfactory, suitable Close the working media of absorption heat pump unit.
In view of the above problems, inventor proposes combined cycle energy supplying system, by gas-turbine installation by combustion gas High temperature heat is converted into mechanical energy, and mechanical energy drives compression reverse circulation or externally provides power, gas-turbine installation simultaneously Waste heat load drive absorption reverse circulation, obtained and promoted low-grade by compression reverse circulation and absorption reverse circulation The temperature of thermic load reduces the limiting factor that thermal energy efficiently utilizes, and realizes efficiently heating and highly effective refrigeration.
Invention content：
Present invention is primarily intended to combined cycle energy supplying system to be provided, specific invention content subitem is described below：
1. combined cycle energy supplying system, mainly by compressor, combustion chamber, gas turbine, compressor, cryogenic throttle valve, low Temperature heat exchanger, evaporator, absorber, generator, condenser, throttle valve, solution pump and solution heat exchanger are formed；It calms the anger Machine has air duct to be connected to outside, and compressor also has compressed air channel and combustion chamber, combustion chamber to also have fuel channel It is connected to outside, combustion chamber also has blast tube to be connected to gas turbine, and gas turbine also has blast tube to be connected to generator Generator has blast tube to be connected to outside again later；Compressor has finisher that refrigerant steam channel is connected to evaporator again There is cryogen liquid pipeline to be connected to low temperature heat exchanger through cryogenic throttle valve, low temperature heat exchanger also has refrigerant steam channel and compression Machine is connected to, and low temperature heat exchanger also has cryogenic media pipeline to be connected to outside；Evaporator also has refrigerant steam channel and absorber Connection, absorber also have weak solution pipeline to be connected to generator through solution pump and solution heat exchanger, and generator also has concentrated solution Pipeline is connected to through solution heat exchanger with absorber, and generator also has refrigerant steam channel to be connected to condenser, and condenser also has Cryogen liquid pipeline is connected to through throttle valve with evaporator, and absorber and condenser also have heated medium pipeline to connect with outside respectively It is logical；Compressor, combustion chamber and gas turbine constitute gas-turbine installation forward circulation system, compressor, evaporator, low temperature throttling Valve and low temperature heat exchanger constitute compression reverse circulation system, absorber, generator, condenser, evaporator, throttle valve, molten Liquid pump and solution heat exchanger constitute absorption reverse circulation system；Gas-turbine installation forward circulation is to compression reverse circulation Power is provided or power is externally provided simultaneously, gas-turbine installation forward circulation is provided to absorption reverse circulation drives heat negative Lotus, compression reverse circulation obtains low temperature thermic load and by evaporator to absorption reverse circulation heat supply, absorption inversely to follow Ring forms combined cycle energy supplying system by absorber and the external heat supply of condenser.
2. combined cycle energy supplying system is to increase by the second compressor in the combined cycle energy supplying system described in the 1st, There is cryogen liquid pipeline through cryogenic throttle valve and low temperature again the finisher that compressor has refrigerant steam channel to be connected to evaporator Heat exchanger connection is adjusted to the finisher that compressor has refrigerant steam channel to be connected to evaporator refrigerant steam channel again It is connected to the second compressor, the finisher that the second compressor also has refrigerant steam channel to be connected to evaporator has cryogen liquid pipe again Road is connected to through cryogenic throttle valve with low temperature heat exchanger, forms combined cycle energy supplying system.
3. combined cycle energy supplying system, mainly by compressor, combustion chamber, gas turbine, compressor, the second condenser, low Warm throttle valve, low temperature heat exchanger, evaporator, absorber, generator, condenser, throttle valve, solution pump and solution heat exchanger It is formed；Compressor has air duct to be connected to outside, and compressor also has compressed air channel and combustion chamber, and combustion chamber is also Have fuel channel with outside be connected to, combustion chamber also has blast tube to be connected to gas turbine, gas turbine also have blast tube and Generator has blast tube to be connected to outside again after generator connection；Compressor has refrigerant steam channel to connect with the second condenser Second condenser has cryogen liquid pipeline to be connected to low temperature heat exchanger through cryogenic throttle valve again after logical, and low temperature heat exchanger also has Refrigerant steam channel is communicated with compressor, and low temperature heat exchanger also has cryogenic media pipeline to be connected to outside, and the second condenser is also There is heated medium pipeline to be connected to outside；Evaporator has refrigerant steam channel to be connected to absorber, and absorber also has weak solution Pipeline is connected to through solution pump and solution heat exchanger with generator, and generator also has concentrated solution pipeline through solution heat exchanger and suction Device connection is received, generator also has refrigerant steam channel to be connected to condenser, and condenser also has cryogen liquid pipeline through throttle valve and steaming Device connection is sent out, evaporator also has cryogenic media pipeline to be connected to outside, and absorber and condenser also have heated medium pipe respectively Road is connected to outside；Compressor, combustion chamber and gas turbine constitute gas-turbine installation forward circulation system, compressor, second Condenser, cryogenic throttle valve and low temperature heat exchanger constitute compression reverse circulation system, absorber, generator, condenser, steaming It sends out device, throttle valve, solution pump and solution heat exchanger and constitutes absorption reverse circulation system；Gas-turbine installation forward circulation to Compression reverse circulation provides power or externally provides power simultaneously, and gas-turbine installation forward circulation is to absorption reverse circulation Driving thermic load is provided, compression reverse circulation obtains low temperature thermic load and by the external heat supply of the second condenser, absorption inverse Low temperature thermic load is obtained to cycle and by absorber and the external heat supply of condenser, forms combined cycle energy supplying system.
4. combined cycle energy supplying system is to increase by the second compressor in the combined cycle energy supplying system described in the 3rd, The second condenser has cryogen liquid pipeline to throttle through low temperature again after having refrigerant steam channel to be connected to the second condenser on compressor Valve is connected to low temperature heat exchanger is adjusted to the second condenser after compressor has refrigerant steam channel to be connected to the second condenser There is refrigerant steam channel to be connected to the second compressor again, the second compressor also has refrigerant steam channel to be connected to it with the second condenser The second condenser has cryogen liquid pipeline to be connected to low temperature heat exchanger through cryogenic throttle valve again afterwards, forms combined cycle energy supply system System.
5. combined cycle energy supplying system, mainly by compressor, combustion chamber, gas turbine, compressor, cooler, low temperature section Flow valve, low temperature heat exchanger, evaporator, absorber, generator, condenser, throttle valve, solution pump and solution heat exchanger institute group At；Compressor has air duct to be connected to outside, and compressor also has compressed air channel and combustion chamber, and combustion chamber, which also has, fires Material channel is connected to outside, and combustion chamber also has blast tube to be connected to gas turbine, and gas turbine also has blast tube and occurs Generator has blast tube to be connected to outside again after device connection；Compressor is cold after having refrigerant steam channel to be connected to cooler But device has refrigerant steam channel to be connected to evaporator again, and evaporator also has cryogen liquid pipeline through cryogenic throttle valve and low temperature heat exchange Device is connected to, and low temperature heat exchanger also has refrigerant steam channel to be communicated with compressor, and low temperature heat exchanger also has cryogenic media pipeline It is connected to outside, cooler also has heated medium pipeline to be connected to outside；Evaporator also has refrigerant steam channel and absorber Connection, absorber also have weak solution pipeline to be connected to generator through solution pump and solution heat exchanger, and generator also has concentrated solution Pipeline is connected to through solution heat exchanger with absorber, and generator also has refrigerant steam channel to be connected to condenser, and condenser also has Cryogen liquid pipeline is connected to through throttle valve with evaporator, and absorber and condenser also have heated medium pipeline to connect with outside respectively It is logical；Compressor, combustion chamber and gas turbine constitute gas-turbine installation forward circulation system, compressor, cooler, evaporator, Cryogenic throttle valve and low temperature heat exchanger constitute compression reverse circulation system, absorber, generator, condenser, evaporator, section It flows valve, solution pump and solution heat exchanger and constitutes absorption reverse circulation system；Gas-turbine installation forward circulation is to compression Reverse circulation provides power or externally provides power simultaneously, and gas-turbine installation forward circulation provides drive to absorption reverse circulation Dynamic thermic load, compression reverse circulation obtain low temperature thermic load and respectively by the external heat supply of cooler and by evaporator to suction Receipts formula reverse circulation heat supply, absorption reverse circulation form combined cycle energy supply system by absorber and the external heat supply of condenser System.
6. combined cycle energy supplying system is to increase by the second compressor in the combined cycle energy supplying system described in the 5th, There is refrigerant steam channel to be connected to adjustment with evaporator again the aftercooler that compressor has refrigerant steam channel to be connected to cooler The aftercooler for having refrigerant steam channel to be connected to cooler for compressor has refrigerant steam channel to be connected to the second compressor again, The aftercooler that second compressor also has refrigerant steam channel to be connected to cooler has refrigerant steam channel to be connected to evaporator again, Form combined cycle energy supplying system.
7. combined cycle energy supplying system, mainly by compressor, combustion chamber, gas turbine, compressor, the second compressor, Two condensers, cryogenic throttle valve, the second cryogenic throttle valve, low temperature heat exchanger, evaporator, absorber, generator, condenser, Throttle valve, solution pump and solution heat exchanger are formed；Compressor has air duct to be connected to outside, and compressor, which also has, compresses sky Gas channel and combustion chamber, combustion chamber also have fuel channel to be connected to outside, and there be blast tube and gas turbine in combustion chamber Connection, generator has blast tube to be connected to outside again after gas turbine also has blast tube to be connected to generator；Compressor There is low pressure refrigerant steam channel to be connected to evaporator, evaporator also has low pressure cryogen liquid pipeline to be handed over through cryogenic throttle valve and Low Temperature Thermal Low temperature heat exchanger has refrigerant steam channel to be communicated with compressor again after parallel operation connection, and compressor also has low pressure refrigerant vapour logical Road is connected to the second compressor, and the second compressor also has high pressure refrigerant steam channel to be connected to the second condenser, the second condenser Also high pressure cryogen liquid pipeline be connected to low temperature heat exchanger through evaporator and the second cryogenic throttle valve after low temperature heat exchanger There is refrigerant steam channel to be communicated with compressor again, low temperature heat exchanger also has cryogenic media pipeline to be connected to outside, the second condensation Device also has heated medium pipeline to be connected to outside；Evaporator also has refrigerant steam channel to be connected to absorber, and absorber also has Weak solution pipeline is connected to through solution pump and solution heat exchanger with generator, and generator also has concentrated solution pipeline through solution heat exchange Device is connected to absorber, and generator also has refrigerant steam channel to be connected to condenser, and condenser also has cryogen liquid pipeline through throttling Valve is connected to evaporator, and absorber and condenser also have heated medium pipeline to be connected to outside respectively；Compressor, combustion chamber and Gas turbine constitutes gas-turbine installation forward circulation system, compressor, the second compressor, the second condenser, evaporator, low temperature Throttle valve, the second cryogenic throttle valve and low temperature heat exchanger constitute compression reverse circulation system, absorber, generator, condensation Device, evaporator, throttle valve, solution pump and solution heat exchanger constitute absorption reverse circulation system；Gas-turbine installation is positive It recycles and provides power to compression reverse circulation or power is externally provided simultaneously, gas-turbine installation forward circulation is to absorption inverse Driving thermic load is provided to cycle, compression reverse circulation obtains low temperature thermic load and passes through the external heat supply of the second condenser respectively With by evaporator, to absorption reverse circulation heat supply, absorption reverse circulation passes through absorber and the external heat supply of condenser, shape At combined cycle energy supplying system.
8. combined cycle energy supplying system, mainly by compressor, combustion chamber, gas turbine, compressor, the second condenser, low Warm throttle valve, the second cryogenic throttle valve, low temperature heat exchanger, evaporator, absorber, generator, condenser, throttle valve, solution Pump and solution heat exchanger are formed；Compressor has air duct to be connected to outside, and compressor also has compressed air channel and combustion Room connection is burnt, combustion chamber also has fuel channel to be connected to outside, and combustion chamber also has blast tube to be connected to gas turbine, combustion gas wheel Generator has blast tube to be connected to outside again after machine also has blast tube to be connected to generator；Compressor has the steaming of low pressure cryogen Vapour channel is connected to evaporator, after evaporator also has low pressure cryogen liquid pipeline to be connected to low temperature heat exchanger through cryogenic throttle valve Low temperature heat exchanger has refrigerant steam channel to be communicated with compressor again, and compressor also has high pressure refrigerant steam channel and the second condensation Device is connected to, and the second condenser also has high pressure cryogen liquid pipeline to be connected to low temperature heat exchanger through evaporator and the second cryogenic throttle valve Low temperature heat exchanger has refrigerant steam channel to be communicated with compressor again later, low temperature heat exchanger also have cryogenic media pipeline with it is outer Portion is connected to, and the second condenser also has heated medium pipeline to be connected to outside；Evaporator also has refrigerant steam channel and absorber Connection, absorber also have weak solution pipeline to be connected to generator through solution pump and solution heat exchanger, and generator also has concentrated solution Pipeline is connected to through solution heat exchanger with absorber, and generator also has refrigerant steam channel to be connected to condenser, and condenser also has Cryogen liquid pipeline is connected to through throttle valve with evaporator, and absorber and condenser also have heated medium pipeline to connect with outside respectively It is logical；Compressor, combustion chamber and gas turbine constitute gas-turbine installation forward circulation system, compressor, the second condenser, evaporation Device, cryogenic throttle valve, the second cryogenic throttle valve and low temperature heat exchanger constitute compression reverse circulation system, absorber, generation Device, condenser, evaporator, throttle valve, solution pump and solution heat exchanger constitute absorption reverse circulation system；Gas turbine fills It sets forward circulation to provide power to compression reverse circulation or power is externally provided simultaneously, gas-turbine installation forward circulation is to suction Receipts formula reverse circulation provides driving thermic load, and compression reverse circulation obtains low temperature thermic load and passes through the second condenser pair respectively Outer heat supply and by evaporator to absorption reverse circulation heat supply, absorption reverse circulation is externally supplied by absorber and condenser Heat forms combined cycle energy supplying system.
9. combined cycle energy supplying system, mainly by compressor, combustion chamber, gas turbine, compressor, expanding machine, evaporator, Low temperature heat exchanger, absorber, generator, condenser, throttle valve, solution pump and solution heat exchanger are formed；Compressor has Air duct be connected to outside, and compressor also has compressed air channel and combustion chamber, combustion chamber also have fuel channel with outside Portion is connected to, and combustion chamber also has blast tube to be connected to gas turbine, after gas turbine also has blast tube to be connected to generator Generator has blast tube to be connected to outside again；The finisher that compressor has refrigerant gas channel to be connected to evaporator has cold again Agent gas passage is connected to expanding machine, and expanding machine also has refrigerant gas channel to be communicated with compressor through low temperature heat exchanger, low temperature Heat exchanger also has cryogenic media pipeline to be connected to outside；Evaporator also has refrigerant steam channel to be connected to absorber, absorber Also weak solution pipeline is connected to through solution pump and solution heat exchanger with generator, and generator also has concentrated solution pipeline through solution heat Exchanger is connected to absorber, and generator also has refrigerant steam channel to be connected to condenser, and condenser also has cryogen liquid pipeline warp Throttle valve is connected to evaporator, and absorber and condenser also have heated medium pipeline to be connected to outside respectively；Compressor, burning Room and gas turbine constitute gas-turbine installation forward circulation system, compressor, evaporator, expanding machine and low temperature heat exchanger structure At compression reverse circulation system, evaporator, absorber, generator, condenser, throttle valve, solution pump and solution heat exchanger Constitute absorption reverse circulation system；Gas-turbine installation forward circulation to compression reverse circulation provide power or simultaneously externally Power is provided, gas-turbine installation forward circulation provides driving thermic load to absorption reverse circulation, and compression reverse circulation obtains Take low temperature thermic load and by evaporator to absorption reverse circulation heat supply, absorption reverse circulation passes through absorber and condenser External heat supply forms combined cycle energy supplying system.
10. combined cycle energy supplying system is to increase by the second compressor in the combined cycle energy supplying system described in the 9th, There is refrigerant gas channel to be connected to adjustment with expanding machine again the finisher that compressor has refrigerant gas channel to be connected to evaporator The finisher for having refrigerant gas channel to be connected to evaporator for compressor has refrigerant gas channel to be connected to the second compressor again, The finisher that second compressor also has refrigerant gas channel to be connected to evaporator has refrigerant gas channel to be connected to expanding machine again, Form combined cycle energy supplying system.
11. combined cycle energy supplying system, mainly by compressor, combustion chamber, gas turbine, compressor, evaporator, expansion Machine, low temperature heat exchanger, regenerator, absorber, generator, condenser, throttle valve, solution pump and solution heat exchanger institute group At；Compressor has air duct to be connected to outside, and compressor also has compressed air channel and combustion chamber, and combustion chamber, which also has, fires Material channel is connected to outside, and combustion chamber also has blast tube to be connected to gas turbine, and gas turbine also has blast tube and occurs Generator has blast tube to be connected to outside again after device connection；Compressor steams after having refrigerant gas channel to be connected to evaporator Hair device has refrigerant gas channel to be connected to expanding machine through regenerator again, and expanding machine also has refrigerant gas channel through low temperature heat exchanger It is communicated with compressor with regenerator, low temperature heat exchanger also has cryogenic media pipeline to be connected to outside；Evaporator also has cryogen steaming Vapour channel is connected to absorber, and absorber also has weak solution pipeline to be connected to generator through solution pump and solution heat exchanger, hair Raw device also has concentrated solution pipeline to be connected to absorber through solution heat exchanger, and generator also has refrigerant steam channel to connect with condenser Logical, condenser also has cryogen liquid pipeline to be connected to evaporator through throttle valve, and absorber and condenser also have heated medium respectively Pipeline is connected to outside；Compressor, combustion chamber and gas turbine constitute gas-turbine installation forward circulation system, compressor, steaming Send out device, expanding machine, low temperature heat exchanger and regenerator constitute compression reverse circulation system, evaporator, absorber, generator, Condenser, throttle valve, solution pump and solution heat exchanger constitute absorption reverse circulation system；Gas-turbine installation forward circulation Power is provided to compression reverse circulation or power is externally provided simultaneously, and gas-turbine installation forward circulation is inversely followed to absorption Ring provides driving thermic load, and compression reverse circulation obtains low temperature thermic load and supplied to absorption reverse circulation by evaporator Heat, absorption reverse circulation form combined cycle energy supplying system by absorber and the external heat supply of condenser.
12. combined cycle energy supplying system is to increase by the second compression in the combined cycle energy supplying system described in the 11st The finisher that compressor has refrigerant gas channel to be connected to evaporator is had refrigerant gas channel through regenerator and expansion by machine again Machine connection is adjusted to the finisher that compressor has refrigerant gas channel to be connected to logical evaporator refrigerant gas channel and the again Two compressors are connected to, and the finisher that the second compressor also has refrigerant gas channel to be connected to evaporator has refrigerant gas channel again It is connected to expanding machine through regenerator, forms combined cycle energy supplying system.
13. combined cycle energy supplying system, mainly by compressor, combustion chamber, gas turbine, compressor, expanding machine, cooling Device, low temperature heat exchanger, evaporator, absorber, generator, condenser, throttle valve, solution pump and solution heat exchanger institute group At；Compressor has air duct to be connected to outside, and compressor also has compressed air channel and combustion chamber, and combustion chamber, which also has, fires Material channel is connected to outside, and combustion chamber also has blast tube to be connected to gas turbine, and gas turbine also has blast tube and occurs Generator has blast tube to be connected to outside again after device connection；Compressor has refrigerant gas channel to connect through cooler and expanding machine Logical, expanding machine also has refrigerant gas channel to be communicated with compressor through low temperature heat exchanger, and low temperature heat exchanger also has cryogenic media Pipeline is connected to outside, and cooler also has heated medium pipeline to be connected to outside；Evaporator has refrigerant steam channel and absorbs Device is connected to, and absorber also has weak solution pipeline to be connected to generator through solution pump and solution heat exchanger, and generator also has dense molten Liquid pipeline is connected to through solution heat exchanger with absorber, and generator also has refrigerant steam channel to be connected to condenser, and condenser is also There is cryogen liquid pipeline to be connected to evaporator through throttle valve, evaporator also has cryogenic media pipeline to be connected to outside, absorber and cold Condenser also has heated medium pipeline to be connected to outside respectively；Compressor, combustion chamber and gas turbine constitute gas-turbine installation Forward circulation system, compressor, cooler, expanding machine and low temperature heat exchanger composition compression reverse circulation system, absorber, Generator, condenser, evaporator, throttle valve, solution pump and solution heat exchanger constitute the absorption reverse circulation system of row；Combustion gas Turbine installation forward circulation provides power to compression reverse circulation or externally provides power simultaneously, and gas-turbine installation forward direction is followed Circumferential absorption reverse circulation provides driving thermic load, and compression reverse circulation acquisition low temperature thermic load is simultaneously external by cooler Heat supply, absorption reverse circulation obtain low temperature thermic load and by absorbers and the external heat supply of condenser, form combined cycle and supply It can system.
14. combined cycle energy supplying system is to increase by the second compression in the combined cycle energy supplying system described in the 13rd Compressor is had refrigerant gas channel to be connected to expanding machine through cooler and is adjusted to compressor and has refrigerant gas channel through cooling by machine Device is connected to the second compressor, and the second compressor also has refrigerant gas channel to be connected to expanding machine through cooler, and formation, which is combined, to follow Ring energy supplying system.
15. combined cycle energy supplying system, mainly by compressor, combustion chamber, gas turbine, compressor, cooler, expansion Machine, low temperature heat exchanger, regenerator, evaporator, absorber, generator, condenser, throttle valve, solution pump and solution heat exchange Device is formed；Compressor has air duct to be connected to outside, and compressor also has compressed air channel and combustion chamber, combustion chamber Also fuel channel is connected to outside, and combustion chamber also has blast tube to be connected to gas turbine, and gas turbine also has blast tube Generator has blast tube to be connected to outside again after being connected to generator；Compressor has refrigerant gas channel through cooler and returns Hot device is connected to expanding machine, and expanding machine also has refrigerant gas channel to be communicated with compressor through low temperature heat exchanger and regenerator, low Temperature heat exchanger also has cryogenic media pipeline to be connected to outside, and cooler also has heated medium pipeline to be connected to outside；Evaporation Device has refrigerant steam channel to be connected to absorber, and absorber also has weak solution pipeline through solution pump and solution heat exchanger and generation Device is connected to, and generator also has concentrated solution pipeline to be connected to absorber through solution heat exchanger, and generator also has refrigerant steam channel It is connected to condenser, condenser also has cryogen liquid pipeline to be connected to evaporator through throttle valve, and evaporator also has cryogenic media pipeline It is connected to outside, absorber and condenser also have heated medium pipeline to be connected to outside respectively；Compressor, combustion chamber and combustion gas Turbine constitutes gas-turbine installation forward circulation system, compressor, cooler, expanding machine, low temperature heat exchanger and regenerator structure At compression reverse circulation system, evaporator, absorber, generator, condenser, throttle valve, solution pump and solution heat exchanger Constitute absorption reverse circulation system；Gas-turbine installation forward circulation to compression reverse circulation provide power or simultaneously externally Power is provided, gas-turbine installation forward circulation provides driving thermic load to absorption reverse circulation, and compression reverse circulation obtains Take low temperature thermic load and by the external heat supply of cooler, absorption reverse circulation obtains low temperature thermic load and by absorber and cold The external heat supply of condenser forms combined cycle energy supplying system.
16. combined cycle energy supplying system is to increase by the second compression in the combined cycle energy supplying system described in the 15th Compressor is had refrigerant gas channel to be connected to expanding machine through cooler and regenerator and is adjusted to compressor and has refrigerant gas to lead to by machine Road is connected to through cooler with the second compressor, and the second compressor has refrigerant gas channel through cooler and regenerator and expanding machine again Connection forms combined cycle energy supplying system.
17. combined cycle energy supplying system, mainly by compressor, combustion chamber, gas turbine, compressor, cooler, evaporation Device, expanding machine, low temperature heat exchanger, absorber, generator, condenser, throttle valve, solution pump and solution heat exchanger institute group At；Compressor has air duct to be connected to outside, and compressor also has compressed air channel and combustion chamber, and combustion chamber, which also has, fires Material channel is connected to outside, and combustion chamber also has blast tube to be connected to gas turbine, and gas turbine also has blast tube and occurs Generator has blast tube to be connected to outside again after device connection；Compressor has refrigerant gas channel to connect through cooler and evaporator Logical finisher has refrigerant gas channel to be connected to expanding machine again, and expanding machine also has refrigerant gas channel through low temperature heat exchanger It is communicated with compressor, low temperature heat exchanger also has cryogenic media pipeline to be connected to outside, and cooler also has heated medium pipeline It is connected to outside；Evaporator also has refrigerant steam channel to be connected to absorber, absorber also have weak solution pipeline through solution pump and Solution heat exchanger is connected to generator, and generator also has concentrated solution pipeline to be connected to absorber through solution heat exchanger, is occurred Device also has refrigerant steam channel to be connected to condenser, and condenser also has cryogen liquid pipeline to be connected to evaporator through throttle valve, absorbs Device and condenser also have heated medium pipeline to be connected to outside respectively；Compressor, combustion chamber and gas turbine constitute combustion gas wheel Machine device forward circulation system, compressor, cooler, evaporator, expanding machine and low temperature heat exchanger constitute compression and inversely follow Loop system, evaporator, absorber, generator, condenser, throttle valve, solution pump and solution heat exchanger constitute absorption reverse The circulatory system；Gas-turbine installation forward circulation provides power to compression reverse circulation or externally provides power, combustion gas simultaneously Turbine installation forward circulation provides driving thermic load to absorption reverse circulation, and compression reverse circulation obtains low temperature thermic load simultaneously Respectively by the external heat supply of cooler and by evaporator to absorption reverse circulation heat supply, absorption reverse circulation passes through absorption Device and the external heat supply of condenser form combined cycle energy supplying system.
18. combined cycle energy supplying system is to increase by the second compression in the combined cycle energy supplying system described in the 17th The finisher that compressor has refrigerant gas channel to be connected to evaporator through cooler is had refrigerant gas channel and expansion by machine again Machine connection is adjusted to the finisher that compressor has refrigerant gas channel to be connected to evaporator through cooler has refrigerant gas logical again Road is connected to the second compressor, and the second compressor also has finisher that refrigerant gas channel is connected to through cooler with evaporator again There is refrigerant gas channel to be connected to expanding machine, forms combined cycle energy supplying system.
19. combined cycle energy supplying system, mainly by compressor, combustion chamber, gas turbine, compressor, cooler, evaporation Device, regenerator, expanding machine, low temperature heat exchanger, absorber, generator, condenser, throttle valve, solution pump and solution heat exchange Device is formed；Compressor has air duct to be connected to outside, and compressor also has compressed air channel and combustion chamber, combustion chamber Also fuel channel is connected to outside, and combustion chamber also has blast tube to be connected to gas turbine, and gas turbine also has blast tube Generator has blast tube to be connected to outside again after being connected to generator；Compressor has refrigerant gas channel through cooler and steaming The finisher of hair device connection has refrigerant gas channel to be connected to expanding machine through regenerator again, and expanding machine also has refrigerant gas channel It is communicated with compressor through low temperature heat exchanger and regenerator, low temperature heat exchanger also has cryogenic media pipeline to be connected to outside, cold But device also has heated medium pipeline to be connected to outside；Evaporator also has refrigerant steam channel to be connected to absorber, and absorber is also There is weak solution pipeline to be connected to generator through solution pump and solution heat exchanger, generator also has concentrated solution pipeline to be handed over through solution heat Parallel operation is connected to absorber, and generator also has refrigerant steam channel to be connected to condenser, and condenser also has cryogen liquid pipeline warp knuckle Stream valve is connected to evaporator, and absorber and condenser also have heated medium pipeline to be connected to outside respectively；Compressor, combustion chamber Gas-turbine installation forward circulation system, compressor, cooler, evaporator, regenerator, expanding machine and low are constituted with gas turbine Temperature heat exchanger constitute compression reverse circulation system, evaporator, absorber, generator, condenser, throttle valve, solution pump and Solution heat exchanger constitutes absorption reverse circulation system；Gas-turbine installation forward circulation provides dynamic to compression reverse circulation Power externally provides power simultaneously, and gas-turbine installation forward circulation provides driving thermic load, compression to absorption reverse circulation Formula reverse circulation obtains low temperature thermic load and respectively by the external heat supply of cooler and by evaporator to absorption reverse circulation Heat supply, absorption reverse circulation form combined cycle energy supplying system by absorber and the external heat supply of condenser.
20. combined cycle energy supplying system is to increase by the second compression in the combined cycle energy supplying system described in the 19th The finisher that compressor has refrigerant gas channel to be connected to evaporator through cooler is had refrigerant gas channel through backheat by machine again Device be connected to expanding machine be adjusted to the finisher that compressor has refrigerant gas channel to be connected to evaporator through cooler have again it is cold Agent gas passage is connected to the second compressor, after the second compressor also has refrigerant gas channel to be connected to evaporator through cooler Evaporator has refrigerant gas channel to be connected to expanding machine through regenerator again, forms combined cycle energy supplying system.
21. combined cycle energy supplying system is to increase high temperature in any combined cycle energy supplying system described in 1-20 Regenerator, having compressed air channel to be adjusted to compressor with combustion chamber compressor has compressed air channel through high temperature backheat Gas turbine is had blast tube to be connected to generator and is adjusted to gas turbine and has blast tube and high temperature by device and combustion chamber High temperature regenerator has blast tube to be connected to generator again after regenerator connection, forms combined cycle energy supplying system.
22. combined cycle energy supplying system is to increase heat in any combined cycle energy supplying system described in 1-21 and hand over Parallel operation, heat exchanger has heated medium pipeline to be connected to outside, and takes one technical measures of following any of which to be formed Combined cycle energy supplying system：1. thering is blast tube to be connected to outside in generator to be adjusted to generator and have blast tube through heat exchange Device is connected to outside；2. by generator have blast tube be connected to outside be adjusted to generator have blast tube through heat exchanger and Evaporator is connected to outside；3. thering is blast tube to be connected to outside in generator to be adjusted to generator and have blast tube through heat exchange Device, evaporator and low temperature heat exchanger are connected to outside.
23. combined cycle energy supplying system is to increase by second in any combined cycle energy supplying system described in 1-21 Generator, second throttle, the second solution pump and the second solution heat exchanger, absorber add weak solution pipeline through the second solution Pump and the second solution heat exchanger are connected to the second generator, and the second generator also has concentrated solution pipeline through the second solution heat exchange Device is connected to absorber, by generator have refrigerant steam channel be connected to condenser be adjusted to generator have refrigerant steam channel with The second generator has cryogen liquid pipeline to be connected to condenser through second throttle again after the connection of second generator, the second generator Also refrigerant steam channel is connected to condenser, forms combined cycle energy supplying system.
24. combined cycle energy supplying system is to increase by second in any combined cycle energy supplying system described in 1-21 Absorber is had weak solution pipeline through solution pump and solution heat exchange by generator, second throttle and the second solution heat exchanger Device is connected to generator to be adjusted to absorber and has weak solution pipeline through solution pump, solution heat exchanger and the second solution heat exchanger Be connected to generator, by generator have concentrated solution pipeline be connected to absorber through solution heat exchanger be adjusted to generator have it is dense molten Liquid pipeline is connected to through the second solution heat exchanger with the second generator, and the second generator has concentrated solution pipeline through solution heat exchange again Device is connected to absorber, by generator have refrigerant steam channel be connected to condenser be adjusted to generator have refrigerant steam channel with The second generator has cryogen liquid pipeline to be connected to condenser through second throttle again after the connection of second generator, the second generator Also refrigerant steam channel is connected to condenser, forms combined cycle energy supplying system.
25. combined cycle energy supplying system is to increase by second in any combined cycle energy supplying system described in 1-21 Generator, second throttle, the second solution pump and the second solution heat exchanger, have weak solution pipeline through solution pump absorber and Solution heat exchanger is connected to generator to be adjusted to absorber and has weak solution pipeline through solution pump and solution heat exchanger and second Generator is connected to, and the second generator has concentrated solution pipeline to connect with generator through the second solution pump and the second solution heat exchanger again It is logical, there is concentrated solution pipeline to be connected to absorber through solution heat exchanger in generator and is adjusted to generator and has concentrated solution pipeline through the Two solution heat exchangers and solution heat exchanger are connected to absorber, have refrigerant steam channel to be connected to tune with condenser in generator Whole is that the second generator has cryogen liquid pipeline through the second section again after generator has refrigerant steam channel to be connected to the second generator Stream valve is connected to condenser, and the second generator also has refrigerant steam channel to be connected to condenser, forms combined cycle energy supplying system.
26. combined cycle energy supplying system is to increase heat in any combined cycle energy supplying system described in 23-25 Exchanger, heat exchanger has heated medium pipeline to be connected to outside, and takes one technical measures of following any of which with shape At combined cycle energy supplying system：1. by generator have blast tube with outside be connected to be adjusted to generator have blast tube through heat friendship Parallel operation is connected to outside；2. thering is blast tube to be connected to outside in generator to be adjusted to generator and have blast tube through heat exchanger It is connected to evaporator with outside；3. by generator have blast tube with outside be connected to be adjusted to generator have blast tube through heat friendship Parallel operation, evaporator and low temperature heat exchanger are connected to outside.
27. combined cycle energy supplying system is to increase by second in any combined cycle energy supplying system described in 1-21 Generator is had blast tube to be connected to tune with outside by generator, second throttle, the second solution pump and the second solution heat exchanger Whole is that the second generator has blast tube to be connected to outside again after generator has blast tube to be connected to the second generator, is absorbed Device is added weak solution pipeline and is connected to the second generator through the second solution pump and the second solution heat exchanger, and the second generator also has Concentrated solution pipeline is connected to through the second solution heat exchanger with absorber, has refrigerant steam channel to be connected to tune with condenser in generator Whole is that the second generator has cryogen liquid pipeline through the second section again after generator has refrigerant steam channel to be connected to the second generator Stream valve is connected to condenser, and the second generator also has refrigerant steam channel to be connected to condenser, forms combined cycle energy supplying system.
28. combined cycle energy supplying system is to increase by second in any combined cycle energy supplying system described in 1-21 Generator is had blast tube to be connected to outside and is adjusted to generator by generator, second throttle and the second solution heat exchanger The second generator has blast tube to be connected to outside again after having blast tube to be connected to the second generator, absorber is had dilute molten Liquid pipeline, which is connected to through solution pump and solution heat exchanger with generator, to be adjusted to absorber and has weak solution pipeline through solution pump, solution Heat exchanger and the second solution heat exchanger are connected to generator, have concentrated solution pipeline through solution heat exchanger and suction in generator Receipts device connection, which is adjusted to generator, has concentrated solution pipeline to be connected to the second generator through the second solution heat exchanger, the second generator There is concentrated solution pipeline to be connected to absorber through solution heat exchanger again, there is refrigerant steam channel to be connected to tune with condenser in generator Whole is that the second generator has cryogen liquid pipeline through the second section again after generator has refrigerant steam channel to be connected to the second generator Stream valve is connected to condenser, and the second generator also has refrigerant steam channel to be connected to condenser, forms combined cycle energy supplying system.
29. combined cycle energy supplying system is to increase by second in any combined cycle energy supplying system described in 1-21 Generator is had blast tube to be connected to tune with outside by generator, second throttle, the second solution pump and the second solution heat exchanger Whole is that the second generator has blast tube to be connected to outside again after generator has blast tube to be connected to the second generator, will be inhaled Receive device have weak solution pipeline be connected to generator through solution pump and solution heat exchanger be adjusted to absorber have weak solution pipeline pass through Solution pump and solution heat exchanger are connected to the second generator, and the second generator has concentrated solution pipeline through the second solution pump and again Two solution heat exchangers are connected to generator, have concentrated solution pipeline to be connected to adjustment with absorber through solution heat exchanger in generator There is concentrated solution pipeline to be connected to absorber through the second solution heat exchanger and solution heat exchanger for generator, generator is had cold Agent steam channel is connected to condenser is adjusted to the second generation after generator has refrigerant steam channel to be connected to the second generator Device has cryogen liquid pipeline to be connected to condenser through second throttle again, and the second generator also has refrigerant steam channel to connect with condenser It is logical, form combined cycle energy supplying system.
30. combined cycle energy supplying system is to increase heat in any combined cycle energy supplying system described in 27-29 Exchanger, heat exchanger has heated medium pipeline to be connected to outside, and takes one technical measures of following any of which with shape At combined cycle energy supplying system：1. thering is blast tube to be connected to outside in the second generator to be adjusted to the second generator and there is combustion gas to lead to Road is connected to through heat exchanger with outside；2. thering is blast tube to be connected to outside in the second generator to be adjusted to the second generator and have combustion Gas channel is connected to through heat exchanger and evaporator with outside；3. having blast tube to be connected to outside in the second generator is adjusted to the Two generators have blast tube to be connected to outside through heat exchanger, evaporator and low temperature heat exchanger.
31. combined cycle energy supplying system is to increase third hair in any combined cycle energy supplying system described in the 23rd Raw device, third throttle valve, third solution pump and third solution heat exchanger, absorber add weak solution pipeline through third solution pump It is connected to third solution heat exchanger with third generator, third generator also has concentrated solution pipeline through third solution heat exchanger It is connected to absorber, there is refrigerant steam channel to be connected to condenser in the second generator and be adjusted to the second generator and have refrigerant vapour Third generator has cryogen liquid pipeline to be connected to condenser through third throttle valve again after channel is connected to third generator, third Generator also has refrigerant steam channel to be connected to condenser, forms combined cycle energy supplying system.
32. combined cycle energy supplying system is to increase third hair in any combined cycle energy supplying system described in the 24th Raw device, third throttle valve and third solution heat exchanger, by absorber have weak solution pipeline through solution pump, solution heat exchanger and Second solution heat exchanger is connected to generator to be adjusted to absorber and has weak solution pipeline through solution pump, solution heat exchanger, Three solution heat exchangers and the second solution heat exchanger are connected to generator, have concentrated solution pipeline through solution heat in the second generator Exchanger is connected to absorber to be adjusted to the second generator and has concentrated solution pipeline through third solution heat exchanger and third generator Connection, third generator have concentrated solution pipeline to be connected to absorber through solution heat exchanger, the second generator are had cryogen steaming again Vapour channel is connected to condenser is adjusted to third after the second generator has refrigerant steam channel to be connected to third generator Device has cryogen liquid pipeline to be connected to condenser through third throttle valve again, and third generator also has refrigerant steam channel to connect with condenser It is logical, form combined cycle energy supplying system.
33. combined cycle energy supplying system is to increase third hair in any combined cycle energy supplying system described in the 25th Absorber is had weak solution pipeline through solution pump and molten by raw device, third throttle valve, third solution pump and third solution heat exchanger Liquid heat exchanger is connected to the second generator to be adjusted to absorber and has weak solution pipeline through solution pump and solution heat exchanger and Three generators are connected to, and third generator has concentrated solution pipeline to occur through third solution pump and third solution heat exchanger and second again Device is connected to, and is had concentrated solution pipeline to be connected to absorber through the second solution heat exchanger and solution heat exchanger in generator and is adjusted to Generator has concentrated solution pipeline to connect through the second solution heat exchanger, third solution heat exchanger and solution heat exchanger and absorber It is logical, there is refrigerant steam channel to be connected to condenser in the second generator and is adjusted to the second generator and has refrigerant steam channel and third Third generator has cryogen liquid pipeline to be connected to condenser through third throttle valve again after generator connection, and third generator also has Refrigerant steam channel is connected to condenser, forms combined cycle energy supplying system.
34. combined cycle energy supplying system is to increase heat in any combined cycle energy supplying system described in 31-33 Exchanger, heat exchanger has heated medium pipeline to be connected to outside, and takes one technical measures of following any of which with shape At combined cycle energy supplying system：1. by generator have blast tube with outside be connected to be adjusted to generator have blast tube through heat friendship Parallel operation is connected to outside；2. thering is blast tube to be connected to outside in generator to be adjusted to generator and have blast tube through heat exchanger It is connected to evaporator with outside；3. by generator have blast tube with outside be connected to be adjusted to generator have blast tube through heat friendship Parallel operation, evaporator and low temperature heat exchanger are connected to outside.
35. combined cycle energy supplying system is to increase third hair in any combined cycle energy supplying system described in the 23rd Generator is had blast tube to be connected to adjustment with outside by raw device, third throttle valve, third solution pump and third solution heat exchanger After thering is blast tube to be sequentially communicated the second generator and third generator for generator third generator have again blast tube with Outside connection, absorber are added weak solution pipeline and are connected to third generator through third solution pump and third solution heat exchanger, Third generator also has concentrated solution pipeline to be connected to absorber through third solution heat exchanger, and the second generator is had refrigerant vapour Channel is connected to condenser is adjusted to third generator after the second generator has refrigerant steam channel to be connected to third generator There is cryogen liquid pipeline to be connected to condenser through third throttle valve again, third generator also has refrigerant steam channel to connect with condenser It is logical, form combined cycle energy supplying system.
36. combined cycle energy supplying system is to increase third hair in any combined cycle energy supplying system described in the 24th Generator is had blast tube to be adjusted to generator with external be connected to and have by raw device, third throttle valve and third solution heat exchanger Third generator has blast tube to be connected to outside again after blast tube is sequentially communicated the second generator and third generator, will Absorber has weak solution pipeline to be connected to generator through solution pump, solution heat exchanger and the second solution heat exchanger to be adjusted to inhale Receiving device has weak solution pipeline through solution pump, solution heat exchanger, third solution heat exchanger and the second solution heat exchanger and hair Second generator is had concentrated solution pipeline to be connected to absorber through solution heat exchanger and is adjusted to the second generator and has by raw device connection Concentrated solution pipeline is connected to through third solution heat exchanger with third generator, and third generator has concentrated solution pipeline through solution heat again Exchanger is connected to absorber, by the second generator have refrigerant steam channel be connected to condenser be adjusted to the second generator have it is cold Third generator has cryogen liquid pipeline to connect through third throttle valve and condenser again after agent steam channel is connected to third generator Logical, third generator also has refrigerant steam channel to be connected to condenser, forms combined cycle energy supplying system.
37. combined cycle energy supplying system is to increase third hair in any combined cycle energy supplying system described in the 25th Generator is had blast tube to be connected to adjustment with outside by raw device, third throttle valve, third solution pump and third solution heat exchanger After thering is blast tube to be sequentially communicated the second generator and third generator for generator third generator have again blast tube with Outside connection, has weak solution pipeline to be connected to the second generator through solution pump and solution heat exchanger absorber and is adjusted to absorb Device has weak solution pipeline to be connected to third generator through solution pump and solution heat exchanger, and third generator has concentrated solution pipeline again It is connected to the second generator through third solution pump and third solution heat exchanger, has concentrated solution pipeline through the second solution in generator Heat exchanger and solution heat exchanger be connected to absorber be adjusted to generator have concentrated solution pipeline through the second solution heat exchanger, Third solution heat exchanger and solution heat exchanger are connected to absorber, and the second generator is had refrigerant steam channel and condenser Connection is adjusted to third generator after the second generator has refrigerant steam channel to be connected to third generator cryogen liquid pipe again Road is connected to through third throttle valve with condenser, and third generator also has refrigerant steam channel to be connected to condenser, and formation, which is combined, to follow Ring energy supplying system.
38. combined cycle energy supplying system is to increase heat in any combined cycle energy supplying system described in 35-37 Exchanger, heat exchanger has heated medium pipeline to be connected to outside, and takes one technical measures of following any of which with shape At combined cycle energy supplying system：1. thering is blast tube to be connected to outside in third generator to be adjusted to third generator and there is combustion gas to lead to Road is connected to through heat exchanger with outside；2. thering is blast tube to be connected to outside in third generator to be adjusted to third generator and have combustion Gas channel is connected to through heat exchanger and evaporator with outside；3. having blast tube to be connected to outside in third generator is adjusted to the Three generators have blast tube to be connected to outside through heat exchanger, evaporator and low temperature heat exchanger.
39. combined cycle energy supplying system is in any combined cycle energy supplying system described in 31-38, by second Generator has cryogen liquid pipeline to be connected to condenser through second throttle to be adjusted to the second generator and have cryogen liquid pipeline through third Generator and second throttle are connected to condenser, form combined cycle energy supplying system.
40. combined cycle energy supplying system is to increase by second in any combined cycle energy supplying system described in 1-20 Generator is had blast tube to be connected to tune with outside by generator, the second solution pump, the second solution heat exchanger and the second absorber Whole is that the second generator has blast tube to be connected to outside again after generator has blast tube to be connected to the second generator, will be steamed Hair device has refrigerant steam channel to be connected to absorber to be adjusted to evaporator and have refrigerant steam channel to be connected to the second absorber, and second Absorber also has weak solution pipeline to be connected to the second generator through the second solution pump and the second solution heat exchanger, the second generator Also concentrated solution pipeline is connected to through the second solution heat exchanger with the second absorber, the second generator also have refrigerant steam channel with Absorber is connected to, and the second absorber also has heated medium pipeline to be connected to outside, forms combined cycle energy supplying system.
41. combined cycle energy supplying system is to increase heat exchange in any combined cycle energy supplying system described in the 40th Device, heat exchanger have heated medium pipeline to be connected to outside, and take one technical measures of following any of which to form connection Close cycle energy supplying system：1. thering is blast tube to be connected to outside in the second generator to be adjusted to the second generator and have blast tube warp Heat exchanger is connected to outside；2. thering is blast tube to be connected to outside in the second generator to be adjusted to the second generator and there is combustion gas to lead to Road is connected to through heat exchanger and evaporator with outside；3. having blast tube to be connected to outside in the second generator is adjusted to the second hair Raw device has blast tube to be connected to outside through heat exchanger, evaporator and low temperature heat exchanger.
42. combined cycle energy supplying system is to increase waste heat in any combined cycle energy supplying system described in 1-20 Boiler and circulating pump, generator has blast tube to be connected to outside again after having blast tube to be connected to generator gas turbine Waste heat boiler has blast tube to be connected to outside again after being adjusted to gas turbine and having blast tube to be connected to waste heat boiler, waste heat Closed loop is constituted by circulating pump and circulating thermal medium pipeline between boiler and generator, forms combined cycle energy supply system System.
43. combined cycle energy supplying system is to increase waste heat pot in any combined cycle energy supplying system described in the 21st Stove and circulating pump, generator has blast tube to be connected to outside again after having blast tube to be connected to generator high temperature regenerator Waste heat boiler has blast tube to be connected to outside again after being adjusted to high temperature regenerator and having blast tube to be connected to waste heat boiler, remaining Closed loop is constituted by circulating pump and circulating thermal medium pipeline between heat boiler and generator, forms combined cycle energy supply System.
44. combined cycle energy supplying system is to increase heat in any combined cycle energy supplying system described in 42-43 Exchanger, heat exchanger has heated medium pipeline to be connected to outside, and takes one technical measures of following any of which with shape At combined cycle energy supplying system：1. being closed relying on circulating pump and circulating thermal medium pipeline to constitute between waste heat boiler and generator Circulation loop is adjusted between waste heat boiler, generator and heat exchanger to constitute by circulating pump and circulating thermal medium pipeline and be closed Circulation loop；2. circulating pump and circulating thermal medium pipeline will be relied on to constitute closed loop tune between waste heat boiler and generator It is whole to be closed and follow by circulating pump and circulating thermal medium pipeline composition between waste heat boiler, generator, heat exchanger and evaporator Loop back path；3. circulating pump and circulating thermal medium pipeline will be relied on to constitute closed loop adjustment between waste heat boiler and generator Circulating pump and circulating thermal medium pipeline are relied between waste heat boiler, generator, heat exchanger, evaporator and low temperature heat exchanger Constitute closed loop.
45. combined cycle energy supplying system is to increase waste heat in any combined cycle energy supplying system described in 1-20 Boiler, circulating pump, the second generator, the second solution pump, the second solution heat exchanger and the second absorber, have combustion by gas turbine After gas channel is connected to generator generator have again blast tube with outside be connected to be adjusted to gas turbine have blast tube and Waste heat boiler has blast tube to be connected to external again after waste heat boiler connection, waste heat boiler, generator and the second generator it Between by circulating pump and circulating thermal medium pipeline constitute closed loop；There is refrigerant steam channel to connect with absorber evaporator Logical to be adjusted to evaporator and have refrigerant steam channel to be connected to the second absorber, the second absorber also has weak solution pipeline molten through second Liquid pump and the second solution heat exchanger are connected to the second generator, and the second generator also has concentrated solution pipeline to be handed over through the second solution heat Parallel operation is connected to the second absorber, and the second generator also has refrigerant steam channel to be connected to absorber, and the second absorber also has quilt Heat medium pipeline is connected to outside, forms combined cycle energy supplying system.
46. combined cycle energy supplying system is to increase work in any combined cycle energy supplying system described in 1-45 Machine, gas-turbine installation forward circulation provide power to working machine respectively, provide power to compression reverse circulation and to absorption Formula reverse circulation provides driving thermic load, forms combined cycle energy supplying system.
Description of the drawings：
Fig. 1 is the 1st kind of principled thermal system figure of combined cycle energy supplying system provided according to the present invention.
Fig. 2 is the 2nd kind of principled thermal system figure of combined cycle energy supplying system provided according to the present invention.
Fig. 3 is the 3rd kind of principled thermal system figure of combined cycle energy supplying system provided according to the present invention.
Fig. 4 is the 4th kind of principled thermal system figure of combined cycle energy supplying system provided according to the present invention.
Fig. 5 is the 5th kind of principled thermal system figure of combined cycle energy supplying system provided according to the present invention.
Fig. 6 is the 6th kind of principled thermal system figure of combined cycle energy supplying system provided according to the present invention.
Fig. 7 is the 7th kind of principled thermal system figure of combined cycle energy supplying system provided according to the present invention.
Fig. 8 is the 8th kind of principled thermal system figure of combined cycle energy supplying system provided according to the present invention.
Fig. 9 is the 9th kind of principled thermal system figure of combined cycle energy supplying system provided according to the present invention.
Figure 10 is the 10th kind of principled thermal system figure of combined cycle energy supplying system provided according to the present invention.
Figure 11 is the 11st kind of principled thermal system figure of combined cycle energy supplying system provided according to the present invention.
Figure 12 is the 12nd kind of principled thermal system figure of combined cycle energy supplying system provided according to the present invention.
Figure 13 is the 13rd kind of principled thermal system figure of combined cycle energy supplying system provided according to the present invention.
Figure 14 is the 14th kind of principled thermal system figure of combined cycle energy supplying system provided according to the present invention.
Figure 15 is the 15th kind of principled thermal system figure of combined cycle energy supplying system provided according to the present invention.
Figure 16 is the 16th kind of principled thermal system figure of combined cycle energy supplying system provided according to the present invention.
Figure 17 is the 17th kind of principled thermal system figure of combined cycle energy supplying system provided according to the present invention.
Figure 18 is the 18th kind of principled thermal system figure of combined cycle energy supplying system provided according to the present invention.
Figure 19 is the 19th kind of principled thermal system figure of combined cycle energy supplying system provided according to the present invention.
Figure 20 is the 20th kind of principled thermal system figure of combined cycle energy supplying system provided according to the present invention.
Figure 21 is the 21st kind of principled thermal system figure of combined cycle energy supplying system provided according to the present invention.
Figure 22 is the 22nd kind of principled thermal system figure of combined cycle energy supplying system provided according to the present invention.
Figure 23 is the 23rd kind of principled thermal system figure of combined cycle energy supplying system provided according to the present invention.
Figure 24 is the 24th kind of principled thermal system figure of combined cycle energy supplying system provided according to the present invention.
Figure 25 is the 25th kind of principled thermal system figure of combined cycle energy supplying system provided according to the present invention.
Figure 26 is the 26th kind of principled thermal system figure of combined cycle energy supplying system provided according to the present invention.
Figure 27 is the 27th kind of principled thermal system figure of combined cycle energy supplying system provided according to the present invention.
Figure 28 is the 28th kind of principled thermal system figure of combined cycle energy supplying system provided according to the present invention.
Figure 29 is the 29th kind of principled thermal system figure of combined cycle energy supplying system provided according to the present invention.
Figure 30 is the 30th kind of principled thermal system figure of combined cycle energy supplying system provided according to the present invention.
Figure 31 is the 31st kind of principled thermal system figure of combined cycle energy supplying system provided according to the present invention.
Figure 32 is the 32nd kind of principled thermal system figure of combined cycle energy supplying system provided according to the present invention.
In figure, A- compressors, the combustion chambers B-, C- gas turbines, D- compressors, E- cryogenic throttle valves, F- low temperature heat exchanges Device, the second compressors of G-, the second condensers of H-, I- coolers, the second cryogenic throttle valves of J-, K- expanding machines, L- regenerators, M- high Warm regenerator, N- waste heat boilers, O- working machines, P- circulating pumps；1- absorbers, 2- generators, 3- condensers, 4- evaporators, 5- Throttle valve, 6- solution pumps, 7- solution heat exchangers, 8- heat exchangers, the second generators of 9-, 10- second throttle, 11- second Solution pump, the second solution heat exchangers of 12-, 13- third generators, 14- third throttle valves, 15- third solution pumps, 16- thirds Solution heat exchanger, the second absorbers of 17-.
Here following explanation is also provided：
(1) evaporator --- it is named from absorption reverse circulation angle, is evaporator in absorption reverse circulation, is pressing Make condenser in contracting formula reverse circulation or cooler uses.
(2) throttle valve --- the throttle valve in compression reverse circulation is named as cryogenic throttle valve and the second low temperature throttles Throttle valve in absorption reverse circulation is respectively designated as throttle valve, second throttle and third throttle valve by valve.
(3) compressor and compressor --- the compressor of compressed air in gas-turbine installation is referred to as compressor, The compressor of compression work medium in reverse circulation is referred to as compressor.
(4) working media in reverse circulation --- the gaseous working medium in compressed steam cycle and Absorption heat-transformer is claimed cold Agent steam, liquid refrigerant claim cryogen liquid；Working medium during compressed gas is recycled claims refrigerant gas.
(5) regenerator --- the regenerator in compression reverse circulation is named as regenerator, it will be in gas-turbine installation Regenerator be named as high temperature regenerator.
(6) flow and structure of substantive content of the present invention it are not related to, not in express ranges of the present invention.
(7) condenser and cooler --- the heat exchanger that working medium release latent heat is claims condenser, working medium to discharge sensible heat and be Main heat exchanger claims cooler.
(8) working machine --- the working machine in the present invention includes using the equipment of mechanical energy, such as compressor；Also including will The equipment that mechanical energy is converted into the energy of other forms, such as generator.
Specific implementation mode：
First it is noted that in the statement of structure and flow, do not repeat in the case of inessential；To apparent Flow do not state.The present invention is described in detail with example below in conjunction with the accompanying drawings.
What combined cycle energy supplying system shown in FIG. 1 was realized in：
(1) in structure, it is mainly by compressor, combustion chamber, gas turbine, compressor, cryogenic throttle valve, low temperature heat exchange Device, evaporator, absorber, generator, condenser, throttle valve, solution pump, solution heat exchanger and working machine are formed；It calms the anger Machine A has air duct to be connected to outside, and compressor A also has compressed air channel to be connected to combustion chamber B, and combustion chamber B also has fuel Channel is connected to outside, and combustion chamber B also has blast tube to be connected to gas turbine C, and gas turbine C also has blast tube and occurs Generator 2 has blast tube to be connected to outside again after device 2 is connected to；Compressor D has refrigerant steam channel to be connected to it with evaporator 4 Finisher 4 has cryogen liquid pipeline to be connected to low temperature heat exchanger F through cryogenic throttle valve E again, and low temperature heat exchanger F also has cryogen Steam channel is connected to compressor D, and low temperature heat exchanger F also has cryogenic media pipeline to be connected to outside；Evaporator 4 also has cryogen Steam channel is connected to absorber 1, and absorber 1 also has weak solution pipeline through solution pump 6 and solution heat exchanger 7 and generator 2 Connection, generator 2 also have concentrated solution pipeline to be connected to absorber 1 through solution heat exchanger 7, and generator 2 also has refrigerant vapour logical Road is connected to condenser 3, and condenser 3 also has cryogen liquid pipeline to be connected to evaporator 4 through throttle valve 5, absorber 1 and condenser 3 Also there is heated medium pipeline to be connected to outside respectively；Compressor, combustion chamber, gas turbine and operating mechanism fill at gas turbine Forward circulation system is set, compressor, evaporator, cryogenic throttle valve and low temperature heat exchanger constitute compression reverse circulation system, Absorber, generator, condenser, evaporator, throttle valve, solution pump and solution heat exchanger constitute absorption reverse circulation system System.
(2) in flow, compressor, combustion chamber and gas turbine carry out gas-turbine installation forward circulation --- and air enters Compressor A, enters combustion chamber B after compressed boosting heating, fuel enter combustion chamber and be mixed and burned with compressed air or it Carried out again with air afterwards it is secondary mix, high-temperature fuel gas enters gas turbine C decompression work done, and the combustion gas after work done is supplied to generation Device 2 makees driving thermal medium；Compressor, evaporator, cryogenic throttle valve and low temperature heat exchanger carry out compression reverse circulation --- Refrigerant vapour enters compressor D, flows through evaporator 4 after boosting heating and heat release is at cryogen liquid, cryogen liquid is through cryogenic throttle valve E Throttling is provided into low temperature heat exchanger F, heat absorption at refrigerant vapour and to compressor D；Absorber, generator, condenser, evaporation Device, throttle valve, solution pump and solution heat exchanger carry out absorption reverse circulation --- and the weak solution of absorber 1 is through solution pump 6 Enter generator 2, heat absorption release refrigerant vapour with solution heat exchanger 7 and is provided to condenser 3, the concentrated solution warp of generator 2 Solution heat exchanger 7 enters absorber 1, absorbs refrigerant vapour and heat release is in heated medium, the refrigerant vapour heat release of condenser 3 In heated medium at cryogen liquid, the cryogen liquid of condenser 3 enters evaporator 4 through the throttling of throttle valve 5, absorbs heat into refrigerant vapour simultaneously It is provided to absorber 1；Gas-turbine installation forward circulation provides power, combustion gas wheel to working machine and compression reverse circulation respectively Machine device forward circulation provides driving thermic load to absorption reverse circulation, and compression reverse circulation obtains low temperature thermic load and leads to Pervaporation device forms connection to absorption reverse circulation heat supply, absorption reverse circulation by absorber and the external heat supply of condenser Close cycle energy supplying system.
What combined cycle energy supplying system shown in Fig. 2 was realized in：
In combined cycle energy supplying system shown in Fig. 1, increase the second compressor, by compressor D have refrigerant steam channel with The finisher 4 of 4 connection of evaporator has cryogen liquid pipeline to be connected to low temperature heat exchanger F through cryogenic throttle valve E to be adjusted to press again The finisher 4 that contracting machine D has refrigerant steam channel to be connected to evaporator 4 has refrigerant steam channel to be connected to the second compressor G again, The finisher 4 that second compressor G also has refrigerant steam channel to be connected to evaporator 4 has cryogen liquid pipeline through cryogenic throttle valve again E is connected to low temperature heat exchanger F；The refrigerant vapour that compressor D is generated enters the second compression after flowing through 4 heat release of evaporator cooling Machine G, the refrigerant vapour that the second compressor G is generated are provided to evaporator 4, form combined cycle energy supplying system.
What combined cycle energy supplying system shown in Fig. 3 was realized in：
(1) in structure, it is mainly throttled by compressor, combustion chamber, gas turbine, compressor, the second condenser, low temperature Valve, low temperature heat exchanger, evaporator, absorber, generator, condenser, throttle valve, solution pump and solution heat exchanger institute group At；Compressor A has air duct to be connected to outside, and compressor A also has compressed air channel to be connected to combustion chamber B, and combustion chamber B is also There is fuel channel to be connected to outside, combustion chamber B also has blast tube to be connected to gas turbine C, and gas turbine C also has blast tube Generator 2 has blast tube to be connected to outside again after being connected to generator 2；Compressor D has refrigerant steam channel cold with second The second condenser H has cryogen liquid pipeline to be connected to low temperature heat exchanger F through cryogenic throttle valve E again after condenser H connections, Low Temperature Thermal Exchanger F also has refrigerant steam channel to be connected to compressor D, and low temperature heat exchanger F also has cryogenic media pipeline to be connected to outside, Second condenser H also has heated medium pipeline to be connected to outside；Evaporator 4 has refrigerant steam channel to be connected to absorber 1, inhales Receiving device 1 also has weak solution pipeline to be connected to generator 2 through solution pump 6 and solution heat exchanger 7, and generator 2 also has concentrated solution pipe Road is connected to through solution heat exchanger 7 with absorber 1, and generator 2 also has refrigerant steam channel to be connected to condenser 3, and condenser 3 is also There is cryogen liquid pipeline to be connected to evaporator 4 through throttle valve 5, evaporator 4 also has cryogenic media pipeline to be connected to outside, absorber 1 Also there is heated medium pipeline to be connected to outside respectively with condenser 3；Compressor, combustion chamber and gas turbine constitute gas turbine Device forward circulation system, compressor, the second condenser, cryogenic throttle valve and low temperature heat exchanger constitute compression reverse circulation System, absorber, generator, condenser, evaporator, throttle valve, solution pump and solution heat exchanger, which are constituted, absorption inversely to follow Loop system.
(2) in flow, compared with combined cycle energy supplying system shown in Fig. 1, in addition to no working machine, the difference is that： Compressor, the second condenser, cryogenic throttle valve and low temperature heat exchanger carry out compression reverse circulation --- and refrigerant vapour enters Compressor D, the second condenser H is flowed through after boosting heating and heat release is at cryogen liquid, and cryogen liquid enters through cryogenic throttle valve E throttlings Low temperature heat exchanger F, heat absorption are provided at refrigerant vapour and to compressor D；Evaporator 4 obtains Low Temperature Thermal directly from cryogenic media and bears Lotus.
What combined cycle energy supplying system shown in Fig. 4 was realized in：
In combined cycle energy supplying system shown in Fig. 3, increase the second compressor, by compressor D have refrigerant steam channel with The second condenser H has cryogen liquid pipeline to be connected to low temperature heat exchanger F through cryogenic throttle valve E again after second condenser H connections After being adjusted to compressor D and thering is refrigerant steam channel to be connected to the second condenser H the second condenser H have again refrigerant steam channel with Second compressor G connection, the second condenser H is again after the second compressor G also has refrigerant steam channel to be connected to the second condenser H There is cryogen liquid pipeline to be connected to low temperature heat exchanger F through cryogenic throttle valve E；It is cold that the refrigerant vapour that compressor D is generated flows through second Enter the second compressor G after condenser H heat releases cooling, the refrigerant vapour that the second compressor G is generated is carried to the second condenser H again For forming combined cycle energy supplying system.
What combined cycle energy supplying system shown in fig. 5 was realized in：
(1) in structure, it is mainly by compressor, combustion chamber, gas turbine, compressor, cooler, cryogenic throttle valve, low Temperature heat exchanger, evaporator, absorber, generator, condenser, throttle valve, solution pump, solution heat exchanger and working machine institute group At；Compressor A has air duct to be connected to outside, and compressor A also has compressed air channel to be connected to combustion chamber B, and combustion chamber B is also There is fuel channel to be connected to outside, combustion chamber B also has blast tube to be connected to gas turbine C, and gas turbine C also has blast tube Generator 2 has blast tube to be connected to outside again after being connected to generator 2；Compressor D has refrigerant steam channel and cooler I The aftercooler I of connection has refrigerant steam channel to be connected to evaporator 4 again, and evaporator 4 also has cryogen liquid pipeline to throttle through low temperature Valve E is connected to low temperature heat exchanger F, and low temperature heat exchanger F also has refrigerant steam channel to be connected to compressor D, low temperature heat exchange Device F also has cryogenic media pipeline to be connected to outside, and cooler I also has heated medium pipeline to be connected to outside；Evaporator 4 also has Refrigerant steam channel is connected to absorber 1, and absorber 1 also has weak solution pipeline through solution pump 6 and solution heat exchanger 7 and generation Device 2 is connected to, and generator 2 also has concentrated solution pipeline to be connected to absorber 1 through solution heat exchanger 7, and generator 2 also has refrigerant vapour Channel is connected to condenser 3, and condenser 3 also has cryogen liquid pipeline to be connected to evaporator 4 through throttle valve 5, absorber 1 and condenser 3 also have heated medium pipeline to be connected to outside respectively；Compressor, combustion chamber, gas turbine and operating mechanism are at gas turbine Device forward circulation system, it is reverse that compressor, cooler, evaporator, cryogenic throttle valve and low temperature heat exchanger constitute compression The circulatory system, absorber, generator, condenser, evaporator, throttle valve, solution pump and solution heat exchanger constitute absorption inverse To the circulatory system.
(2) in flow, compared with combined cycle energy supplying system shown in Fig. 1, the difference is that：Compressor, cooler, steaming Hair device, cryogenic throttle valve and low temperature heat exchanger carry out compression reverse circulation --- and refrigerant vapour enters compressor D, and boosting rises Cooler I is flowed through after temperature and heat release cooling, the refrigerant vapour after cooling down flow through 4 heat release of evaporator into cryogen liquid, cryogen liquid It is provided through cryogenic throttle valve E throttlings into low temperature heat exchanger F, heat absorption at refrigerant vapour and to compressor D.
What combined cycle energy supplying system shown in fig. 6 was realized in：
In combined cycle energy supplying system shown in Fig. 5, increase the second compressor, by compressor D have refrigerant steam channel with The aftercooler I of cooler I connections has refrigerant steam channel to be connected to evaporator 4 to be adjusted to compressor D and have refrigerant vapour logical again The aftercooler I that road is connected to cooler I has refrigerant steam channel to be connected to the second compressor G again, and the second compressor G is also cold The aftercooler I that agent steam channel is connected to cooler I has refrigerant steam channel to be connected to evaporator 4 again；What compressor D was generated Refrigerant vapour is supplied to the second compressor G, the refrigerant vapour stream that the second compressor G is generated after flowing through cooler I heat releases cooling It is supplied to evaporator 4 after cooler I heat releases cooling, forms combined cycle energy supplying system.
What combined cycle energy supplying system shown in Fig. 7 was realized in：
(1) in structure, it is mainly by compressor, combustion chamber, gas turbine, compressor, the second compressor, the second condensation Device, cryogenic throttle valve, the second cryogenic throttle valve, low temperature heat exchanger, evaporator, absorber, generator, condenser, throttle valve, Solution pump and solution heat exchanger are formed；Compressor A has air duct to be connected to outside, and compressor A also has compressed air logical Road is connected to combustion chamber B, and combustion chamber B also has fuel channel to be connected to outside, and combustion chamber B also has blast tube and gas turbine C Connection, generator 2 has blast tube to be connected to outside again after gas turbine C also has blast tube to be connected to generator 2；Compression Machine D has low pressure refrigerant steam channel to be connected to evaporator 4, evaporator 4 also have low pressure cryogen liquid pipeline through cryogenic throttle valve E with it is low Low temperature heat exchanger F has refrigerant steam channel to be connected to compressor D again after temperature heat exchanger F connections, and compressor D also has low pressure Refrigerant steam channel is connected to the second compressor G, and the second compressor G also has high pressure refrigerant steam channel to connect with the second condenser H Logical, the second condenser H also has high pressure cryogen liquid pipeline to be connected to low temperature heat exchanger F through evaporator 4 and the second cryogenic throttle valve J Low temperature heat exchanger F has refrigerant steam channel to be connected to compressor D again later, and low temperature heat exchanger F also has cryogenic media pipeline It is connected to outside, the second condenser H also has heated medium pipeline to be connected to outside；Evaporator 4 also have refrigerant steam channel with Absorber 1 is connected to, and absorber 1 also has weak solution pipeline to be connected to generator 2 through solution pump 6 and solution heat exchanger 7, generator 2 also have concentrated solution pipeline to be connected to absorber 1 through solution heat exchanger 7, and generator 2 also has refrigerant steam channel and condenser 3 Connection, condenser 3 also have cryogen liquid pipeline to be connected to evaporator 4 through throttle valve 5, and absorber 1 and condenser 3 also have respectively to be added Heat medium pipeline is connected to outside；Compressor, combustion chamber and gas turbine constitute gas-turbine installation forward circulation system, compression Machine, the second compressor, the second condenser, evaporator, cryogenic throttle valve, the second cryogenic throttle valve and low temperature heat exchanger constitute pressure Contracting formula reverse circulation system, absorber, generator, condenser, evaporator, throttle valve, solution pump and solution heat exchanger are constituted Absorption reverse circulation system.
(2) in flow, compressor, combustion chamber and gas turbine carry out gas-turbine installation forward circulation --- and air enters Compressor A, enters combustion chamber B after compressed boosting heating, fuel enter combustion chamber and be mixed and burned with compressed air or it Carried out again with air afterwards it is secondary mix, high-temperature fuel gas enters gas turbine B decompression work done, and the combustion gas after work done is supplied to generation Device 2 makees driving thermal medium；Compressor, the second compressor, the second condenser, evaporator, cryogenic throttle valve, the second cryogenic throttle valve Compression reverse circulation is carried out with low temperature heat exchanger --- refrigerant vapour enters compressor D, compressed at low pressure refrigerant vapour Rear portion be supplied to the second compressor G, another part flow through evaporator 4 and heat release at after low pressure cryogen liquid again through low temperature Throttle valve E throttlings are provided into low temperature heat exchanger F, heat absorption at refrigerant vapour and to compressor D, what the second compressor G was generated High pressure refrigerant vapour flows through the second condenser H, and simultaneously heat release is in heated medium at high pressure cryogen liquid, and high pressure cryogen liquid stream is through evaporation Again through the second cryogenic throttle valve J throttling into low temperature heat exchanger F, heat absorption at refrigerant vapour and to compressor D after the cooling of device 4 It provides；Absorber, generator, condenser, evaporator, throttle valve, solution pump and solution heat exchanger absorption inversely follow The weak solution of ring --- absorber 1 through solution pump 6 and solution heat exchanger 7 enter generator 2, heat absorption release refrigerant vapour and to Condenser 3 provides, and the concentrated solution of generator 2 enters absorber 1 through solution heat exchanger 7, absorbs refrigerant vapour and heat release is in quilt Heat medium, in heated medium at cryogen liquid, the cryogen liquid of condenser 3 is saved through throttle valve 5 for the refrigerant vapour heat release of condenser 3 Stream is provided into evaporator 4, heat absorption at refrigerant vapour and to absorber 1；Gas-turbine installation forward circulation is respectively to compression Reverse circulation provides power and provides driving thermic load to absorption reverse circulation, and compression reverse circulation obtains low temperature thermic load And respectively by the external heat supply of the second condenser and by evaporator to absorption reverse circulation heat supply, absorption reverse circulation is logical Absorber and the external heat supply of condenser are crossed, combined cycle energy supplying system is formed.
What combined cycle energy supplying system shown in Fig. 8 was realized in：
(1) in structure, it is mainly throttled by compressor, combustion chamber, gas turbine, compressor, the second condenser, low temperature Valve, the second cryogenic throttle valve, low temperature heat exchanger, evaporator, absorber, generator, condenser, throttle valve, solution pump and molten Liquid heat exchanger is formed；Compressor A has air duct to be connected to outside, and compressor A also has compressed air channel and combustion chamber B Connection, combustion chamber B also have fuel channel to be connected to outside, and combustion chamber B also has blast tube to be connected to gas turbine C, combustion gas wheel Generator 2 has blast tube to be connected to outside again after machine C also has blast tube to be connected to generator 2；Compressor D has low pressure cold Agent steam channel is connected to evaporator 4, and evaporator 4 also has low pressure cryogen liquid pipeline through cryogenic throttle valve E and low temperature heat exchanger F Low temperature heat exchanger F has refrigerant steam channel to be connected to compressor D again after connection, and compressor D also has high pressure refrigerant vapour logical Road is connected to the second condenser H, the second condenser H also have high pressure cryogen liquid pipeline through evaporator 4 and the second cryogenic throttle valve J with Low temperature heat exchanger F has refrigerant steam channel to be connected to compressor D again after low temperature heat exchanger F connections, low temperature heat exchanger F Also cryogenic media pipeline is connected to outside, and the second condenser H also has heated medium pipeline to be connected to outside；Evaporator 4 is also There is refrigerant steam channel to be connected to absorber 1, absorber 1 also has weak solution pipeline through solution pump 6 and solution heat exchanger 7 and hair Raw device 2 is connected to, and generator 2 also has concentrated solution pipeline to be connected to absorber 1 through solution heat exchanger 7, and generator 2 also has cryogen to steam Vapour channel is connected to condenser 3, and condenser 3 also has cryogen liquid pipeline to be connected to evaporator 4 through throttle valve 5, absorber 1 and condensation Device 3 also has heated medium pipeline to be connected to outside respectively；Compressor, combustion chamber and gas turbine are constituting gas-turbine installation just To the circulatory system, compressor, the second condenser, evaporator, cryogenic throttle valve, the second cryogenic throttle valve and low temperature heat exchanger structure At compression reverse circulation system, absorber, generator, condenser, evaporator, throttle valve, solution pump and solution heat exchanger Constitute absorption reverse circulation system.
(2) in flow, compressor, combustion chamber and gas turbine carry out gas-turbine installation forward circulation --- and air enters Compressor A, enters combustion chamber B after compressed boosting heating, fuel enter combustion chamber and be mixed and burned with compressed air or it Carried out again with air afterwards it is secondary mix, high-temperature fuel gas enters gas turbine B decompression work done, and the combustion gas after work done is supplied to generation Device 2 makees driving thermal medium；Compressor, the second condenser, evaporator, cryogenic throttle valve, the second cryogenic throttle valve and Low Temperature Thermal are handed over Parallel operation carries out compression reverse circulation --- and refrigerant vapour enters compressor D, after the compressed refrigerant vapour at low pressure-part Continue to be compressed into high pressure refrigerant vapour, another part flow through evaporator 4 and heat release at after low pressure cryogen liquid again through low temperature section It flows valve E throttlings to provide into low temperature heat exchanger F, heat absorption at refrigerant vapour and to compressor D, the high pressure that compressor D is generated is cold Agent steam flows through the second condenser H, and simultaneously in heated medium at high pressure cryogen liquid, high pressure cryogen liquid stream cools down through evaporator 4 for heat release It is provided again through the second cryogenic throttle valve J throttlings into low temperature heat exchanger F, heat absorption at refrigerant vapour and to compressor D later；It inhales Receive device, generator, condenser, evaporator, throttle valve, solution pump and solution heat exchanger and carry out absorption reverse circulation --- it inhales It receives the weak solution of device 1 and enters generator 2, heat absorption release refrigerant vapour and to condenser 3 through solution pump 6 and solution heat exchanger 7 It provides, the concentrated solution of generator 2 enters absorber 1 through solution heat exchanger 7, absorbs refrigerant vapour and heat release is situated between in by heating Matter, the refrigerant vapour heat release of condenser 3 is in heated medium at cryogen liquid, and the cryogen liquid of condenser 3 is after the throttling of throttle valve 5 It is provided into evaporator 4, heat absorption at refrigerant vapour and to absorber 1；Gas-turbine installation forward circulation is inverse to compression respectively Power is provided to cycle and provides driving thermic load to absorption reverse circulation, and compression reverse circulation obtains low temperature thermic load simultaneously Respectively by the external heat supply of the second condenser and by evaporator to absorption reverse circulation heat supply, absorption reverse circulation passes through Absorber and the external heat supply of condenser form combined cycle energy supplying system.
What combined cycle energy supplying system shown in Fig. 9 was realized in：
(1) in structure, it is mainly by compressor, combustion chamber, gas turbine, compressor, expanding machine, evaporator, Low Temperature Thermal Exchanger, absorber, generator, condenser, throttle valve, solution pump, solution heat exchanger and working machine are formed；Compressor A There is air duct to be connected to outside, compressor A also has compressed air channel to be connected to combustion chamber B, and combustion chamber B also has fuel channel It is connected to outside, combustion chamber B also has blast tube to be connected to gas turbine C, and gas turbine C also has blast tube and generator 2 Generator 2 has blast tube to be connected to outside again after connection；After compressor D has refrigerant gas channel to be connected to evaporator 4 Evaporator 4 has refrigerant gas channel to be connected to expanding machine K again, expanding machine K also have refrigerant gas channel through low temperature heat exchanger F with Compressor D connections, low temperature heat exchanger F also have cryogenic media pipeline to be connected to outside；Evaporator 4 also have refrigerant steam channel with Absorber 1 is connected to, and absorber 1 also has weak solution pipeline to be connected to generator 2 through solution pump 6 and solution heat exchanger 7, generator 2 also have concentrated solution pipeline to be connected to absorber 1 through solution heat exchanger 7, and generator 2 also has refrigerant steam channel and condenser 3 Connection, condenser 3 also have cryogen liquid pipeline to be connected to evaporator 4 through throttle valve 5, and absorber 1 and condenser 3 also have respectively to be added Heat medium pipeline is connected to outside；Compressor, combustion chamber, gas turbine and operating mechanism are at gas-turbine installation forward circulation system System, compressor, evaporator, expanding machine and low temperature heat exchanger constitute compression reverse circulation system, evaporator, absorber, hair Raw device, condenser, throttle valve, solution pump and solution heat exchanger constitute absorption reverse circulation system.
(2) in flow, compressor, combustion chamber and gas turbine carry out gas-turbine installation forward circulation --- and air enters Compressor A, enters combustion chamber B after compressed boosting heating, fuel enter combustion chamber and be mixed and burned with compressed air or it Carried out again with air afterwards it is secondary mix, high-temperature fuel gas enters gas turbine B decompression work done, and the combustion gas after work done is supplied to generation Device 2 makees driving thermal medium；Compressor, evaporator, expanding machine and low temperature heat exchanger carry out compression reverse circulation --- cryogen Gas enters compressor D, and evaporator 4 and heat release cooling are flowed through after boosting heating, and refrigerant gas flows through expanding machine K decompression works done Low temperature heat exchanger F, heat absorption heating are flowed through later and are provided to compressor D；Absorber, generator, condenser, evaporator, section Flowing valve, solution pump and solution heat exchanger and carry out absorption reverse circulation --- the weak solution of absorber 1 is through solution pump 6 and solution Heat exchanger 7 enters generator 2, heat absorption release refrigerant vapour and is provided to condenser 3, and the concentrated solution of generator 2 is through solution heat Exchanger 7 enters absorber 1, absorbs refrigerant vapour and heat release in heated medium, and the refrigerant vapour heat release of condenser 3 is in being added Thermal medium is at cryogen liquid, and the cryogen liquid of condenser 3 is through the throttling of throttle valve 5 into evaporator 4, heat absorption at refrigerant vapour and to absorption Device 1 provides；Gas-turbine installation forward circulation provides power, gas turbine dress to working machine O and compression reverse circulation respectively It sets forward circulation and provides driving thermic load to absorption reverse circulation, compression reverse circulation obtains low temperature thermic load and passes through steaming Device is sent out to absorption reverse circulation heat supply, by absorber and the external heat supply of condenser, formation is combined to follow absorption reverse circulation Ring energy supplying system.
What combined cycle energy supplying system shown in Fig. 10 was realized in：
In combined cycle energy supplying system shown in Fig. 9, increase the second compressor, by compressor D have refrigerant gas channel with The finisher 4 of 4 connection of evaporator has refrigerant gas channel to be connected to expanding machine K to be adjusted to compressor D and have refrigerant gas logical again The finisher 4 that road is connected to evaporator 4 has refrigerant gas channel to be connected to the second compressor G again, and the second compressor G is also cold The finisher 4 that agent gas passage is connected to evaporator 4 has refrigerant gas channel to be connected to expanding machine K again, forms combined cycle Energy supplying system.
Combined cycle energy supplying system shown in Figure 11 is realized in：
(1) in structure, it is mainly by compressor, combustion chamber, gas turbine, compressor, evaporator, expanding machine, Low Temperature Thermal Exchanger, regenerator, absorber, generator, condenser, throttle valve, solution pump, solution heat exchanger and working machine are formed； Compressor A has air duct to be connected to outside, and compressor A also has compressed air channel to be connected to combustion chamber B, and combustion chamber B also has Fuel channel with outside be connected to, combustion chamber B also has blast tube to be connected to gas turbine C, gas turbine C also have blast tube and Generator 2 has blast tube to be connected to outside again after generator 2 is connected to；Compressor D has refrigerant gas channel to connect with evaporator 4 Logical finisher 4 has refrigerant gas channel to be connected to expanding machine K through regenerator L again, and expanding machine K also has refrigerant gas channel warp Low temperature heat exchanger F and regenerator L are connected to compressor D, and low temperature heat exchanger F also has cryogenic media pipeline to be connected to outside； Evaporator 4 also has refrigerant steam channel to be connected to absorber 1, and absorber 1 also has weak solution pipeline to be handed over through solution pump 6 and solution heat Parallel operation 7 is connected to generator 2, and generator 2 also has concentrated solution pipeline to be connected to absorber 1 through solution heat exchanger 7, generator 2 Also refrigerant steam channel is connected to condenser 3, and condenser 3 also has cryogen liquid pipeline to be connected to evaporator 4 through throttle valve 5, is inhaled Receive device 1 and condenser 3 also has heated medium pipeline to be connected to outside respectively；Compressor, combustion chamber, gas turbine and working machine Gas-turbine installation forward circulation system is constituted, compressor, evaporator, expanding machine, low temperature heat exchanger and regenerator constitute pressure Contracting formula reverse circulation system, evaporator, absorber, generator, condenser, throttle valve, solution pump and solution heat exchanger are constituted Absorption reverse circulation system.
(2) in flow, compared with combined cycle energy supplying system shown in Fig. 9, the difference is that：Compressor D is generated cold Agent gas is supplied to regenerator L, refrigerant gas to flow through regenerator L heat releases cooling and carry later after flowing through 4 heat release of evaporator cooling Supply expanding machine K；After expanded machine K works done, refrigerant gas is followed by low temperature heat exchanger F and regenerator L, gradually absorb heat It is supplied to compressor D after heating.
Combined cycle energy supplying system shown in Figure 12 is realized in：
In the combined cycle energy supplying system shown in Figure 11, increase the second compressor, by compressor D have refrigerant gas channel with The finisher 4 of 4 connection of evaporator have again refrigerant gas channel be connected to expanding machine K through regenerator L be adjusted to compressor D have it is cold The finisher 4 that agent gas passage is connected to logical evaporator 4 has refrigerant gas channel to be connected to the second compressor G again, the second pressure The finisher 4 that contracting machine G also has refrigerant gas channel to be connected to evaporator 4 has refrigerant gas channel through regenerator L and expansion again Machine K connections, form combined cycle energy supplying system.
Combined cycle energy supplying system shown in Figure 13 is realized in：
(1) in structure, it is mainly by compressor, combustion chamber, gas turbine, compressor, expanding machine, cooler, Low Temperature Thermal Exchanger, evaporator, absorber, generator, condenser, throttle valve, solution pump and solution heat exchanger are formed；Compressor A There is air duct to be connected to outside, compressor A also has compressed air channel to be connected to combustion chamber B, and combustion chamber B also has fuel channel It is connected to outside, combustion chamber B also has blast tube to be connected to gas turbine C, and gas turbine C also has blast tube and generator 2 Generator 2 has blast tube to be connected to outside again after connection；Compressor D has refrigerant gas channel through cooler I and expanding machine K Connection, expanding machine K also have refrigerant gas channel to be connected to compressor D through low temperature heat exchanger F, and low temperature heat exchanger F is also low Warm medium pipeline is connected to outside, and cooler I also has heated medium pipeline to be connected to outside；Evaporator 4 has refrigerant vapour logical Road is connected to absorber 1, and absorber 1 also has weak solution pipeline to be connected to generator 2 through solution pump 6 and solution heat exchanger 7, is sent out Raw device 2 also has concentrated solution pipeline to be connected to absorber 1 through solution heat exchanger 7, and generator 2 also has refrigerant steam channel and condensation Device 3 be connected to, condenser 3 also have cryogen liquid pipeline be connected to evaporator 4 through throttle valve 5, evaporator 4 also cryogenic media pipeline and Outside connection, absorber 1 and condenser 3 also have heated medium pipeline to be connected to outside respectively；Compressor, combustion chamber and combustion gas Turbine constitutes gas-turbine installation forward circulation system, and compressor, cooler, expanding machine and low temperature heat exchanger constitute compression Reverse circulation system, absorber, generator, condenser, evaporator, throttle valve, solution pump and solution heat exchanger constitute row and inhale Receipts formula reverse circulation system.
(2) in flow, compressor, combustion chamber and gas turbine carry out gas-turbine installation forward circulation --- and air enters Compressor A, enters combustion chamber B after compressed boosting heating, fuel enter combustion chamber and be mixed and burned with compressed air or it Carried out again with air afterwards it is secondary mix, high-temperature fuel gas enters gas turbine B decompression work done, and the combustion gas after work done is supplied to generation Device 2 makees driving thermal medium；Compressor, cooler, expanding machine and low temperature heat exchanger carry out compression reverse circulation --- cryogen Gas enters compressor D, flows through cooler I and heat release cooling after boosting heating, the expanded machine K decompressions work done of refrigerant gas it After flow through low temperature heat exchanger F, heat absorption heating and to compressor D provide；Absorber, generator, condenser, evaporator, throttling Valve, solution pump and solution heat exchanger carry out absorption reverse circulation --- and the weak solution of absorber 1 is through solution pump 6 and solution heat Exchanger 7 enters generator 2, heat absorption release refrigerant vapour and is provided to condenser 3, and the concentrated solution of generator 2 is handed over through solution heat Parallel operation 7 enters absorber 1, absorbs refrigerant vapour and heat release in heated medium, and the refrigerant vapour heat release of condenser 3 is in being heated Medium is at cryogen liquid, and the cryogen liquid of condenser 3 is through the throttling of throttle valve 5 into evaporator 4, heat absorption at refrigerant vapour and to absorber 1 provides；Gas-turbine installation forward circulation provides power to compression reverse circulation respectively and is provided to absorption reverse circulation Thermic load, compression reverse circulation is driven to obtain low temperature thermic load and by the external heat supply of cooler, absorption reverse circulation obtains It takes low temperature thermic load and by absorber and the external heat supply of condenser, forms combined cycle energy supplying system.
Combined cycle energy supplying system shown in Figure 14 is realized in：
In the combined cycle energy supplying system shown in Figure 13, increase by the second compressor, compressor D is had into refrigerant gas channel warp Cooler I is connected to expanding machine K to be adjusted to compressor D and has refrigerant gas channel to be connected to the second compressor G through cooler I, and Two compressor G also have refrigerant gas channel to be connected to expanding machine K through cooler I；The refrigerant gas that compressor D is generated flows through cooling It is supplied to the second compressor G, the refrigerant gas that the second compressor G is generated to flow through after cooler I heat releases after device I heat releases cooling It is supplied to expanding machine K, forms combined cycle energy supplying system.
What combined cycle energy supplying system shown in figure 15 was realized in：
(1) in structure, it is mainly by compressor, combustion chamber, gas turbine, compressor, cooler, expanding machine, Low Temperature Thermal Exchanger, regenerator, evaporator, absorber, generator, condenser, throttle valve, solution pump and solution heat exchanger are formed； Compressor A has air duct to be connected to outside, and compressor A also has compressed air channel to be connected to combustion chamber B, and combustion chamber B also has Fuel channel with outside be connected to, combustion chamber B also has blast tube to be connected to gas turbine C, gas turbine C also have blast tube and Generator 2 has blast tube to be connected to outside again after generator 2 is connected to；Compressor D have refrigerant gas channel through cooler I and Regenerator L is connected to expanding machine K, and expanding machine K also has refrigerant gas channel through low temperature heat exchanger F and regenerator L and compressor D Connection, low temperature heat exchanger F also have cryogenic media pipeline to be connected to outside, and cooler I also has heated medium pipeline and outside Connection；Evaporator 4 has refrigerant steam channel to be connected to absorber 1, and absorber 1 also has weak solution pipeline through solution pump 6 and solution Heat exchanger 7 is connected to generator 2, and generator 2 also has concentrated solution pipeline to be connected to absorber 1 through solution heat exchanger 7, is occurred Device 2 also has refrigerant steam channel to be connected to condenser 3, and condenser 3 also has cryogen liquid pipeline to be connected to evaporator 4 through throttle valve 5, Evaporator 4 also has cryogenic media pipeline be connected to external, and absorber 1 and condenser 3 also have heated medium pipeline and outside respectively Portion is connected to；Compressor, combustion chamber and gas turbine constitute gas-turbine installation forward circulation system, compressor, cooler, expansion Machine, low temperature heat exchanger and regenerator constitute compression reverse circulation system, evaporator, absorber, generator, condenser, section It flows valve, solution pump and solution heat exchanger and constitutes absorption reverse circulation system.
(2) in flow, compared with combined cycle energy supplying system shown in Figure 13, the difference is that：Compressor, cooler, Expanding machine, low temperature heat exchanger and regenerator carry out compression reverse circulation --- and the refrigerant gas that compressor D is generated flows successively It is supplied to expanding machine K, refrigerant gas to flow through expanding machine K decompression works done, cryogen after cooler I and regenerator L, heat release cooling Gas provides followed by the backward compressor D of low temperature heat exchanger F and regenerator L, heating of absorbing heat.
Combined cycle energy supplying system shown in Figure 16 is realized in：
In the combined cycle energy supplying system shown in Figure 15, increase by the second compressor, compressor D is had into refrigerant gas channel warp Cooler I and regenerator L is connected to expanding machine K to be adjusted to compressor D and has refrigerant gas channel through cooler I and the second compressor G is connected to, and the second compressor G has refrigerant gas channel to be connected to expanding machine K through cooler I and regenerator L again；Compressor D is generated Refrigerant gas flow through and enter the second compressor G after cooler I heat releases cooling, the refrigerant gas that the second compressor G is generated according to Secondary flow through is supplied to expanding machine K after cooler I and regenerator L, heat release cooling, forms combined cycle energy supplying system.
Combined cycle energy supplying system shown in Figure 17 is realized in：
(1) in structure, it mainly by compressor, combustion chamber, gas turbine, compressor, cooler, evaporator, expanding machine, Low temperature heat exchanger, absorber, generator, condenser, throttle valve, solution pump and solution heat exchanger are formed；Compressor A has Air duct with outside be connected to, compressor A also has compressed air channel to be connected to combustion chamber B, combustion chamber B also have fuel channel and Outside connection, combustion chamber B also have blast tube to be connected to gas turbine C, and gas turbine C also has blast tube to connect with generator 2 Generator 2 has blast tube to be connected to outside again after logical；Compressor D has refrigerant gas channel to connect through cooler I and evaporator 4 Logical finisher 4 has refrigerant gas channel to be connected to expanding machine K again, and expanding machine K also has refrigerant gas channel to be handed over through Low Temperature Thermal Parallel operation F is connected to compressor D, and low temperature heat exchanger F also has cryogenic media pipeline to be connected to outside, and cooler I, which also has, to be heated Medium pipeline is connected to outside；Evaporator 4 also has refrigerant steam channel to be connected to absorber 1, and absorber 1 also has weak solution pipeline Be connected to generator 2 through solution pump 6 and solution heat exchanger 7, generator 2 also have concentrated solution pipeline through solution heat exchanger 7 with Absorber 1 is connected to, and generator 2 also has refrigerant steam channel to be connected to condenser 3, and condenser 3 also has cryogen liquid pipeline through throttling Valve 5 is connected to evaporator 4, and absorber 1 and condenser 3 also have heated medium pipeline to be connected to outside respectively；Compressor, burning Room and gas turbine constitute gas-turbine installation forward circulation system, compressor, cooler, evaporator, expanding machine and Low Temperature Thermal Exchanger constitutes compression reverse circulation system, evaporator, absorber, generator, condenser, throttle valve, solution pump and solution Heat exchanger constitutes absorption reverse circulation system.
(2) in flow, compared with combined cycle energy supplying system shown in Fig. 9, in addition to no working machine, the difference is that： The refrigerant gas that compressor D is generated is supplied to expanding machine K followed by cooler I and evaporator 4, gradually after heat release cooling, Compression reverse circulation obtains low temperature thermic load and respectively by the external heat supply of cooler and by evaporator to absorption reverse Circulation heating.
Combined cycle energy supplying system shown in Figure 18 is realized in：
In the combined cycle energy supplying system shown in Figure 17, increase by the second compressor, compressor D is had into refrigerant gas channel warp The finisher 4 that cooler I is connected to evaporator 4 have again refrigerant gas channel be connected to expanding machine K be adjusted to compressor D have it is cold The finisher 4 that agent gas passage is connected to through cooler I with evaporator 4 has refrigerant gas channel to be connected to the second compressor G again, The finisher 4 that second compressor G also has refrigerant gas channel to be connected to evaporator 4 through cooler I has refrigerant gas channel again It is connected to expanding machine K；The refrigerant gas that compressor D is generated is followed by offer after cooler I and evaporator 4, heat release cooling To the second compressor G, after the refrigerant gas that the second compressor G is generated is followed by cooler I and evaporator 4, heat release cooling It is supplied to expanding machine K, forms combined cycle energy supplying system.
Combined cycle energy supplying system shown in Figure 19 is realized in：
(1) in structure, it mainly by compressor, combustion chamber, gas turbine, compressor, cooler, evaporator, regenerator, Expanding machine, low temperature heat exchanger, absorber, generator, condenser, throttle valve, solution pump and solution heat exchanger are formed；Pressure Mechanism of qi A has air duct to be connected to outside, and compressor A also has compressed air channel to be connected to combustion chamber B, and combustion chamber B, which also has, to be fired Material channel is connected to outside, and combustion chamber B also has blast tube to be connected to gas turbine C, and gas turbine C also has blast tube and hair Generator 2 has blast tube to be connected to outside again after raw device 2 is connected to；Compressor D has refrigerant gas channel through cooler I and steaming The finisher 4 of hair 4 connection of device has refrigerant gas channel to be connected to expanding machine K through regenerator L again, and expanding machine K also has cryogen gas Body channel is connected to through low temperature heat exchanger F and regenerator L with compressor D, low temperature heat exchanger F also have cryogenic media pipeline with it is outer Portion is connected to, and cooler I also has heated medium pipeline to be connected to outside；Evaporator 4 also has refrigerant steam channel to connect with absorber 1 Logical, absorber 1 also has weak solution pipeline to be connected to generator 2 through solution pump 6 and solution heat exchanger 7, and generator 2 also has dense molten Liquid pipeline is connected to through solution heat exchanger 7 with absorber 1, and generator 2 also has refrigerant steam channel to be connected to condenser 3, is condensed Device 3 also has cryogen liquid pipeline to be connected to evaporator 4 through throttle valve 5, and absorber 1 and condenser 3 also have heated medium pipe respectively Road is connected to outside；Compressor, combustion chamber and gas turbine constitute gas-turbine installation forward circulation system, compressor, cooling Device, evaporator, regenerator, expanding machine and low temperature heat exchanger constitute compression reverse circulation system, evaporator, absorber, hair Raw device, condenser, throttle valve, solution pump and solution heat exchanger constitute absorption reverse circulation system.
(2) in flow, compared with combined cycle energy supplying system shown in Figure 17, the difference is that：Compressor D is generated cold Agent gas is supplied to expanding machine K later followed by cooler I, evaporator 4 and regenerator L heat releases cooling, expanding machine K discharges Refrigerant gas is supplied to compressor D later followed by low temperature heat exchanger F and regenerator L heat absorption heatings.
Combined cycle energy supplying system shown in Figure 20 is realized in：
In the combined cycle energy supplying system shown in Figure 19, increase by the second compressor, compressor D is had into refrigerant gas channel warp The finisher 4 that cooler I is connected to evaporator 4 has refrigerant gas channel to be connected to expanding machine K through regenerator L to be adjusted to press again The finisher 4 that contracting machine D has refrigerant gas channel to be connected to evaporator 4 through cooler I has refrigerant gas channel and the second pressure again The G connections of contracting machine, the finisher 4 that the second compressor G also has refrigerant gas channel to be connected to evaporator 4 through cooler I has cold again Agent gas passage is connected to through regenerator L with expanding machine K；The refrigerant gas that compressor D is generated is followed by cooler I and evaporator 4, the second compressor G is supplied to after heat release cooling, the refrigerant gas that the second compressor G is generated is followed by cooler I, evaporation It is supplied to expanding machine K after device 4 and regenerator L heat releases cooling, forms combined cycle energy supplying system.
Combined cycle energy supplying system shown in Figure 21 is realized in：
In combined cycle energy supplying system shown in Fig. 1, increase high temperature regenerator, by compressor A have compressed air channel with B connections in combustion chamber, which are adjusted to compressor A, has compressed air channel to be connected to combustion chamber B through high temperature regenerator M, by gas turbine C There is blast tube to be connected to generator 2 and is adjusted to high temperature backheat after gas turbine C has blast tube to be connected to high temperature regenerator M Device M has blast tube to be connected to generator 2 again；The compressed air that compressor A is generated is laggard through the M heat absorption heatings of high temperature regenerator Enter combustion chamber B, the combustion gas of gas turbine C discharges flows through backward generator 2 offer of high temperature regenerator M heat release coolings, forms connection Close cycle energy supplying system.
Combined cycle energy supplying system shown in Figure 22 is realized in：
In the combined cycle energy supplying system shown in Figure 21, increase heat exchanger, heat exchanger 8 have heated medium pipeline with Outside connection, and by generator 2 have blast tube with it is external be connected to be adjusted to generator 2 have blast tube through heat exchanger 8 and Evaporator 4 is connected to outside；The combustion gas that generator 2 is discharged is followed by external after heat exchanger 8 and 4 heat release of evaporator cooling Discharge forms combined cycle energy supplying system.
Combined cycle energy supplying system shown in Figure 23 is realized in：
(1) in structure, in combined cycle energy supplying system shown in Fig. 1, increase heat exchanger, there is combustion gas to lead in generator 2 Road be connected to outside to be adjusted to generator 2 and has blast tube to be connected to external through heat exchanger 8, and heat exchanger 8 is also heated Medium pipeline is connected to outside；Increase the second generator, second throttle, the second solution pump and the second solution heat exchanger, inhales Receipts device 1 is added weak solution pipeline and is connected to the second generator 9 through the second solution pump 11 and the second solution heat exchanger 12, the second hair Raw device 9 also has concentrated solution pipeline to be connected to absorber 1 through the second solution heat exchanger 12, and generator 2 is had refrigerant steam channel It is connected to condenser 3 and is adjusted to the second generator 9 after generator 2 has refrigerant steam channel to be connected to the second generator 9 and has again Cryogen liquid pipeline is connected to through second throttle 10 with condenser 3, and the second generator 9 also has refrigerant steam channel to connect with condenser 3 It is logical.
(2) in flow, after the combustion gas of gas turbine C discharge is followed by generator 2 and heat exchanger 8, heat release cooling Externally discharge；Generator 2 generates refrigerant vapour and the second generator 9 is supplied to make driving thermal medium, the part weak solution of absorber 1 Enter the second generator 9 through the second solution pump 11 and the second solution heat exchanger 12, refrigerant vapour flows through the second generator 9, adds Heat enters the solution release refrigerant vapour in it and to the offer of condenser 3, and the concentrated solution of the second generator 9 is handed over through the second solution heat Parallel operation 12 enters absorber 1, and the refrigerant vapour heat release for flowing through the second generator 9 throttles at after cryogen liquid through second throttle 10 Into condenser 3, combined cycle energy supplying system is formed.
Combined cycle energy supplying system shown in Figure 24 is realized in：
(1) in structure, in combined cycle energy supplying system shown in Fig. 1, increase heat exchanger, there is combustion gas to lead in generator 2 Road be connected to outside to be adjusted to generator 2 and has blast tube to be connected to external through heat exchanger 8 and evaporator 4, heat exchanger 8 and also There is heated medium pipeline to be connected to outside；Increase the second generator, second throttle and the second solution heat exchanger, will absorb Device 1 has weak solution pipeline to be connected to generator 2 through solution pump 6 and solution heat exchanger 7 to be adjusted to absorber 1 and have weak solution pipeline It is connected to generator 2 through solution pump 6, solution heat exchanger 7 and the second solution heat exchanger 12, generator 2 is had into concentrated solution pipe Road be connected to absorber 1 through solution heat exchanger 7 be adjusted to generator 2 have concentrated solution pipeline through the second solution heat exchanger 12 with Second generator 9 is connected to, and the second generator 9 has concentrated solution pipeline to be connected to absorber 1 through solution heat exchanger 7, will occur again Device 2 has refrigerant steam channel to be connected to condenser 3 to be adjusted to generator 2 and have refrigerant steam channel to be connected to it with the second generator 9 The second generator 9 has cryogen liquid pipeline to be connected to condenser 3 through second throttle 10 again afterwards, and the second generator 9 also has cryogen to steam Vapour channel is connected to condenser 3.
(2) in flow, the combustion gas of gas turbine C discharges is followed by generator 2, heat exchanger 8 and evaporator 4, gradually Externally discharge after heat release cooling；Generator 2 generates refrigerant vapour and the second generator 9 is supplied to make driving thermal medium, absorber 1 Concentrated solution through solution pump 6, solution heat exchanger 7 and the second solution heat exchanger 12 enter generator 2, generator 2 it is dense molten Liquid enters the second generator 9 through the second solution heat exchanger 12, and refrigerant vapour flows through the second generator 9, heating enters in it Solution discharges refrigerant vapour and is provided to condenser 3, and the concentrated solution of the second generator 9 enters absorber through solution heat exchanger 7 1, the refrigerant vapour heat release for flowing through the second generator 9 enters condenser 3 at after cryogen liquid through the throttling of second throttle 10, is formed Combined cycle energy supplying system.
Combined cycle energy supplying system shown in Figure 25 is realized in：
(1) in structure, in combined cycle energy supplying system shown in Fig. 1, increase heat exchanger, there is combustion gas to lead in generator 2 Road is connected to outside and is adjusted to generator 2 and has blast tube to connect through heat exchanger 8, evaporator 4 and low temperature heat exchanger F and outside Logical, heat exchanger 8 also has heated medium pipeline to be connected to outside；Increase the second generator, second throttle, the second solution pump With the second solution heat exchanger, there is weak solution pipeline to be connected to generator 2 through solution pump 6 and solution heat exchanger 7 absorber 1 Being adjusted to absorber 1 has weak solution pipeline to be connected to the second generator 9 through solution pump 6 and solution heat exchanger 7, the second generator 9 have concentrated solution pipeline to be connected to generator 2 through the second solution pump 11 and the second solution heat exchanger 12 again, generator 2 are had dense Solution line, which is connected to through solution heat exchanger 7 with absorber 1, to be adjusted to generator 2 and has concentrated solution pipeline through the second solution heat exchange Device 12 and solution heat exchanger 7 are connected to absorber 1, are had refrigerant steam channel to be connected to condenser 3 in generator 2 and are adjusted to send out Second generator 9 has cryogen liquid pipeline through second throttle again after raw device 2 has refrigerant steam channel to be connected to the second generator 9 10 are connected to condenser 3, and the second generator 9 also has refrigerant steam channel to be connected to condenser 3.
(2) in flow, the combustion gas of gas turbine C discharges is followed by generator 2, heat exchanger 8, evaporator 4 and low temperature Heat exchanger F, gradually externally discharge after heat release cooling；Generator 2 generates refrigerant vapour and the second generator 9 is supplied to drive Thermal medium, the weak solution of absorber 1 enter the second generator 9 through solution pump 6 and solution heat exchanger 7, and refrigerant vapour flows through the Two generators 9, heating enter the solution release refrigerant vapour in it and to the offers of condenser 3, and the concentrated solution of the second generator 9 passes through Second solution pump 11 and the second solution heat exchanger 12 enter generator 2, and the concentrated solution of generator 2 is through the second solution heat exchanger 12 and solution heat exchanger 7 enter absorber 1, flow through the refrigerant vapour heat release of the second generator 9 at after cryogen liquid through second The throttling of throttle valve 10 enters condenser 3, forms combined cycle energy supplying system.
Combined cycle energy supplying system shown in Figure 26 is realized in：
In the combined cycle energy supplying system shown in Figure 24, there is blast tube through heat exchanger 8 and evaporator 4 in generator 2 Be connected to outside and is adjusted to generator 2 and there is blast tube to be connected to external through the second generator 9, heat exchanger 8 and evaporator 4； The combustion gas of gas turbine C discharge followed by generator 2, the second generator 9, heat exchanger 8 and evaporator 4 and gradually heat release drop Temperature forms combined cycle energy supplying system.
Combined cycle energy supplying system shown in Figure 27 is realized in：
(1) in structure, in the combined cycle energy supplying system shown in Figure 23, increase third generator, third throttle valve, third Solution pump and third solution heat exchanger, absorber 1 add weak solution pipeline through third solution pump 15 and third solution heat exchange Device 16 is connected to third generator 13, and third generator 13 also has concentrated solution pipeline through third solution heat exchanger 16 and absorber Second generator 9 is had refrigerant steam channel to be connected to condenser 3 and is adjusted to the second generator 9 and has refrigerant steam channel by 1 connection Third generator 13 has cryogen liquid pipeline to be connected to condenser 3 through third throttle valve 14 again after being connected to third generator 13, Third generator 13 also has refrigerant steam channel to be connected to condenser 3.
(2) in flow, the refrigerant vapour that the second generator 9 generates is supplied to third generator 13 to make driving thermal medium, inhales The part weak solution for receiving device 1 enters third generator 13, refrigerant vapour through third solution pump 15 and third solution heat exchanger 16 Third generator 13, heating are flowed through into the solution release refrigerant vapour in it and is provided to condenser 3, third generator 13 Concentrated solution enters absorber 1 through third solution heat exchanger 16, flows through the refrigerant vapour heat release of third generator 13 into cryogen liquid After through third throttle valve 14 throttling enter condenser 3, formed combined cycle energy supplying system.
Combined cycle energy supplying system shown in Figure 28 is realized in：
(1) in structure, in the combined cycle energy supplying system shown in Figure 24, there is cryogen liquid pipeline through in second generator 9 Two throttle valves 10 be connected to condenser 3 be adjusted to the second generator 9 have cryogen liquid pipeline through third generator 13 and second throttle Valve 10 is connected to condenser 3；Increase third generator, third throttle valve and third solution heat exchanger, absorber 1 is had dilute molten Liquid pipeline, which is connected to through solution pump 6, solution heat exchanger 7 and the second solution heat exchanger 12 with generator 2, to be adjusted to absorber 1 and has Weak solution pipeline is through solution pump 6, solution heat exchanger 7, third solution heat exchanger 16 and the second solution heat exchanger 12 and hair Raw device 2 is connected to, and is had concentrated solution pipeline to be connected to absorber 1 through solution heat exchanger 7 in second generator 9 and is adjusted to the second generation Device 9 has concentrated solution pipeline to be connected to third generator 13 through third solution heat exchanger 16, and third generator 13 has concentrated solution again Pipeline is connected to through solution heat exchanger 7 with absorber 1, has refrigerant steam channel to be connected to adjustment with condenser 3 in second generator 9 Third generator 13 has cryogen liquid pipeline warp again after having refrigerant steam channel to be connected to third generator 13 for the second generator 9 Third throttle valve 14 is connected to condenser 3, and third generator 13 also has refrigerant steam channel to be connected to condenser 3.
(2) in flow, cryogen liquid and refrigerant vapour that the second generator 9 generates are supplied to third generator 13 to make driving heat The weak solution of medium, absorber 1 is handed over through solution pump 6, solution heat exchanger 7, third solution heat exchanger 16 and the second solution heat Parallel operation 12 enters generator 2, and the concentrated solution of generator 2 enters the second generator 9 through the second solution heat exchanger 12, and second occurs The concentrated solution of device 9 enters third generator 13 through third solution heat exchanger 16, and refrigerant vapour and cryogen liquid stream occur through third Device 13, heating enter the solution release refrigerant vapour in it and to the offers of condenser 3, and the concentrated solution of third generator 13 is through solution Heat exchanger 7 enters absorber 1, flow through the refrigerant vapour heat release of third generator 13 at after cryogen liquid through third throttle valve 14 Throttling enter condenser 3, flow through the cryogen liquid heat release cooling of third generator 13 after through second throttle 10 throttling entrance it is cold Condenser 3 forms combined cycle energy supplying system.
Combined cycle energy supplying system shown in Figure 29 is realized in：
(1) in structure, in the combined cycle energy supplying system shown in Figure 25, increase third generator, third throttle valve, third Absorber 1 is had weak solution pipeline through solution pump 6 and solution heat exchanger 7 and second by solution pump and third solution heat exchanger The connection of generator 9, which is adjusted to absorber 1, has weak solution pipeline to connect with third generator 13 through solution pump 6 and solution heat exchanger 7 Logical, third generator 13 has concentrated solution pipeline through third solution pump 15 and third solution heat exchanger 16 and the second generator 9 again Connection, has concentrated solution pipeline to be connected to tune with absorber 1 through the second solution heat exchanger 12 and solution heat exchanger 7 in generator 2 It is whole to have concentrated solution pipeline through the second solution heat exchanger 12, third solution heat exchanger 16 and solution heat exchanger 7 for generator 2 It is connected to absorber 1, there is refrigerant steam channel to be connected to condenser 3 in second generator 9 and be adjusted to the second generator 9 and have cryogen Third generator 13 has cryogen liquid pipeline through third throttle valve 14 and condensation again after steam channel is connected to third generator 13 Device 3 is connected to, and third generator 13 also has refrigerant steam channel to be connected to condenser 3.
(2) in flow, the refrigerant vapour that the second generator 9 generates is supplied to third generator 13 to make driving thermal medium, inhales The weak solution for receiving device 1 enters third generator 13 through solution pump 6 and solution heat exchanger 7, and refrigerant vapour flows through third generator 13, heating enters the solution release refrigerant vapour in it and to the offer of condenser 3, and the concentrated solution of third generator 13 is molten through third Liquid pump 15 and third solution heat exchanger 16 enter the second generator 9, and the concentrated solution of the second generator 9 is through 11 He of the second solution pump Second solution heat exchanger 12 enters generator 2, and the concentrated solution of generator 2 is through the second solution heat exchanger 12, third solution heat Exchanger 16 and solution heat exchanger 7 enter absorber 1, after flowing through the refrigerant vapour heat release of third generator 13 into cryogen liquid Enter condenser 3 through the throttling of third throttle valve 14, forms combined cycle energy supplying system.
Combined cycle energy supplying system shown in Figure 30 is realized in：
(1) in structure, in combined cycle energy supplying system shown in Fig. 1, increase the second generator, the second solution pump, second Generator 2 is had blast tube to be connected to outside and is adjusted to generator 2 and has blast tube by solution heat exchanger and the second absorber Second generator 9 has blast tube to be connected to outside again after being connected to the second generator 9, has refrigerant vapour to lead to evaporator 4 Road is connected to absorber 1 to be adjusted to evaporator 4 and has refrigerant steam channel to be connected to the second absorber 17, and the second absorber 17 also has Weak solution pipeline is connected to through the second solution pump 11 and the second solution heat exchanger 12 with the second generator 9, and the second generator 9 also has Concentrated solution pipeline is connected to through the second solution heat exchanger 12 with the second absorber 17, and the second generator 9 also has refrigerant steam channel It is connected to absorber 1, the second absorber 17 also has heated medium pipeline to be connected to outside.
(2) in flow, the combustion gas of gas turbine C discharges is steamed followed by generator 2 and the second gradually heat release of generator 9 It sends out the refrigerant vapour that device 4 generates and enters the second absorber 17, the weak solution of the second absorber 17 is through the second solution pump 11 and second Solution heat exchanger 12 enter the second generator 9, heat absorption release refrigerant vapour simultaneously to absorber 1 provide, the second generator 9 it is dense Solution enters the second absorber 17 through the second solution heat exchanger 12, absorbs refrigerant vapour and heat release is in heated medium, is formed Combined cycle energy supplying system.
Combined cycle energy supplying system shown in Figure 31 is realized in：
(1) in structure, in combined cycle energy supplying system shown in Fig. 1, increase waste heat boiler and circulating pump, by gas turbine Generator 2 has blast tube to be connected to outside and is adjusted to gas turbine C and has combustion again after C has blast tube to be connected to generator 2 Waste heat boiler N has blast tube to be connected to outside again after gas channel is connected to waste heat boiler N, waste heat boiler N and generator 2 it Between by circulating pump P and circulating thermal medium pipeline constitute closed loop.
(2) in flow, the combustion gas of gas turbine C discharges flows through waste heat boiler N heat releases cooling, and circulating thermal medium is through circulating pump Waste heat boiler N is flowed through after P pressurizations, is supplied to generator 2 to make driving thermal medium, cycling hot after absorb heat heating or heat absorption vaporization Medium flows through generator 2 and heat release, then the backward waste heat boiler N through circulating pump P pressurizations is provided, and forms combined cycle energy supply system System.
Combined cycle energy supplying system shown in Figure 32 is realized in：
(1) in structure, in combined cycle energy supplying system shown in Fig. 1, increase waste heat boiler, circulating pump, the second generator, Gas turbine C is had blast tube to be connected to it with generator 2 by the second solution pump, the second solution heat exchanger and the second absorber Generator 2 has blast tube to be adjusted to remaining after gas turbine C has blast tube to be connected to waste heat boiler N with external be connected to again afterwards Heat boiler N have again blast tube with outside be connected to, between waste heat boiler N, generator 2 and the second generator 9 rely on circulating pump P and Circulating thermal medium pipeline constitutes closed loop；There is refrigerant steam channel to be connected to absorber 1 evaporator 4 to be adjusted to evaporate Device 4 has refrigerant steam channel to be connected to the second absorber 17, and the second absorber 17 also has weak solution pipeline through the second solution pump 11 It is connected to the second solution heat exchanger 12 with the second generator 9, the second generator 9 also has concentrated solution pipeline to be handed over through the second solution heat Parallel operation 12 is connected to the second absorber 17, and the second generator 9 also has refrigerant steam channel to be connected to absorber 1, the second absorber 17 also have heated medium pipeline to be connected to outside.
(2) in flow, the combustion gas of gas turbine C discharges flows through waste heat boiler N heat releases cooling, and circulating thermal medium is through circulating pump Waste heat boiler N is flowed through after P pressurizations, is supplied to generator 2 and the second generator 9 to drive after absorb heat heating or heat absorption vaporization Thermal medium, circulating thermal medium flow through generator 2 and the second generator 9 and gradually heat release, then the backward waste heat through circulating pump P pressurizations Boiler N is provided；The refrigerant vapour that evaporator 4 generates enters the second absorber 17, and the weak solution of the second absorber 17 is molten through second Liquid pump 11 and the second solution heat exchanger 12 enter the second generator 9, heat absorption release refrigerant vapour and are provided to absorber 1, the The concentrated solution of two generators 9 enters the second absorber 17 through the second solution heat exchanger 12, absorbs refrigerant vapour and heat release is in quilt Heat medium forms combined cycle energy supplying system.
The effect that the technology of the present invention may be implemented --- combined cycle energy supplying system proposed by the invention has following effect Fruit and advantage：
(1) efficient heat supply and highly effective refrigeration are realized.
(2) it can preferably realize the utilization to such as low ambient temperature thermal resource, realize energy saving heating.
(3) high temperature heat of combustion gas is used by gas-turbine installation and compression reverse circulation device, is promoted low Warm load temperature externally provides power simultaneously, and the high temperature section temperature difference is rationally utilized, and irreversible loss is reduced.
(4) waste heat gas load is used by absorption reverse circulation device, obtains or further promoted Low Temperature Thermal Load realizes the reasonable utilization of the temperature difference, reduces irreversible loss.
(5) a variety of specific technical solutions are provided, numerous different actual states is coped with, there is the wider scope of application.
(6) gas-turbine installation cycle, compression reverse circulation are played and absorbs the respective advantage of reverse circulation, it can be most Realize to big degree the efficient utilization of thermal energy.

Claims (46)

1. combined cycle energy supplying system, mainly by compressor, combustion chamber, gas turbine, compressor, cryogenic throttle valve, Low Temperature Thermal Exchanger, evaporator, absorber, generator, condenser, throttle valve, solution pump and solution heat exchanger are formed；Compressor (A) air duct is connected to outside, compressor (A) also has compressed air channel to be connected to combustion chamber (B), and combustion chamber (B) is gone back There is fuel channel to be connected to outside, combustion chamber (B) also has blast tube to be connected to gas turbine (C), and gas turbine (C), which also has, to be fired Generator (2) has blast tube to be connected to outside again after gas channel is connected to generator (2)；Compressor (D) has refrigerant vapour The finisher (4) that channel is connected to evaporator (4) has cryogen liquid pipeline through cryogenic throttle valve (E) and low temperature heat exchanger again (F) it is connected to, low temperature heat exchanger (F) also has refrigerant steam channel to be connected to compressor (D), and low temperature heat exchanger (F) is also low Warm medium pipeline is connected to outside；Evaporator (4) also has refrigerant steam channel to be connected to absorber (1), and absorber (1) is also dilute Solution line is connected to through solution pump (6) and solution heat exchanger (7) with generator (2), and generator (2) also has concentrated solution pipeline warp Solution heat exchanger (7) is connected to absorber (1), and generator (2) also has refrigerant steam channel to be connected to condenser (3), condensation Device (3) also has cryogen liquid pipeline to be connected to evaporator (4) through throttle valve (5), absorber (1) and condenser (3) also have respectively by Heat medium pipeline is connected to outside；Compressor, combustion chamber and gas turbine constitute gas-turbine installation forward circulation system, pressure Contracting machine, evaporator, cryogenic throttle valve and low temperature heat exchanger constitute compression reverse circulation system, absorber, generator, condensation Device, evaporator, throttle valve, solution pump and solution heat exchanger constitute absorption reverse circulation system；Gas-turbine installation is positive It recycles and provides power to compression reverse circulation or power is externally provided simultaneously, gas-turbine installation forward circulation is to absorption inverse Driving thermic load is provided to cycle, compression reverse circulation obtains low temperature thermic load and by evaporator to absorption reverse circulation Heat supply, absorption reverse circulation form combined cycle energy supplying system by absorber and the external heat supply of condenser.
2. combined cycle energy supplying system is to increase by the second compressor in combined cycle energy supplying system described in claim 1, There is cryogen liquid pipeline to throttle through low temperature again the finisher (4) that compressor (D) has refrigerant steam channel to be connected to evaporator (4) Valve (E) is connected to low temperature heat exchanger (F) to be adjusted to steam after compressor (D) has refrigerant steam channel to be connected to evaporator (4) Hair device (4) has refrigerant steam channel to be connected to the second compressor (G) again, and the second compressor (G) also has refrigerant steam channel and steams The finisher (4) of hair device (4) connection has cryogen liquid pipeline to be connected to low temperature heat exchanger (F) through cryogenic throttle valve (E) again, shape At combined cycle energy supplying system.
3. combined cycle energy supplying system, mainly by compressor, combustion chamber, gas turbine, compressor, the second condenser, low temperature section Flow valve, low temperature heat exchanger, evaporator, absorber, generator, condenser, throttle valve, solution pump and solution heat exchanger institute group At；Compressor (A) has air duct to be connected to outside, and compressor (A) also has compressed air channel to be connected to combustion chamber (B), combustion Burning room (B) also has fuel channel to be connected to outside, and combustion chamber (B) also has blast tube to be connected to gas turbine (C), gas turbine (C) generator (2) has blast tube to be connected to outside again after also having blast tube to be connected to generator (2)；Compressor (D) has The second condenser (H) has cryogen liquid pipeline through cryogenic throttle valve (E) again after refrigerant steam channel is connected to the second condenser (H) It is connected to low temperature heat exchanger (F), low temperature heat exchanger (F) also has refrigerant steam channel to be connected to compressor (D), and Low Temperature Thermal is handed over Parallel operation (F) also has cryogenic media pipeline to be connected to outside, and the second condenser (H) also has heated medium pipeline to be connected to outside； Evaporator (4) has refrigerant steam channel to be connected to absorber (1), and absorber (1) also has weak solution pipeline through solution pump (6) and molten Liquid heat exchanger (7) is connected to generator (2), and generator (2) also has concentrated solution pipeline through solution heat exchanger (7) and absorber (1) it is connected to, generator (2) also has refrigerant steam channel to be connected to condenser (3), and condenser (3) also has cryogen liquid pipeline warp knuckle Stream valve (5) is connected to evaporator (4), and evaporator (4) also has cryogenic media pipeline to be connected to outside, absorber (1) and condenser (3) heated medium pipeline also is connected to outside respectively；Compressor, combustion chamber and gas turbine are constituting gas-turbine installation just To the circulatory system, compressor, the second condenser, cryogenic throttle valve and low temperature heat exchanger constitute compression reverse circulation system, Absorber, generator, condenser, evaporator, throttle valve, solution pump and solution heat exchanger constitute absorption reverse circulation system System；Gas-turbine installation forward circulation provides power to compression reverse circulation or externally provides power simultaneously, gas turbine dress It sets forward circulation and provides driving thermic load to absorption reverse circulation, compression reverse circulation obtains low temperature thermic load and by the The external heat supply of two condensers, absorption reverse circulation obtain low temperature thermic load and pass through absorber and the external heat supply of condenser, shape At combined cycle energy supplying system.
4. combined cycle energy supplying system is to increase by the second compressor in the combined cycle energy supplying system described in claim 3, The second condenser (H) has cryogen liquid pipeline warp again after having refrigerant steam channel to be connected to the second condenser (H) on compressor (D) Cryogenic throttle valve (E) is connected to low temperature heat exchanger (F) to be adjusted to compressor (D) and has refrigerant steam channel and the second condenser (H) the second condenser (H) has refrigerant steam channel to be connected to the second compressor (G) again after being connected to, and the second compressor (G) also has The second condenser (H) has cryogen liquid pipeline through cryogenic throttle valve (E) again after refrigerant steam channel is connected to the second condenser (H) It is connected to low temperature heat exchanger (F), forms combined cycle energy supplying system.
5. combined cycle energy supplying system, mainly by compressor, combustion chamber, gas turbine, compressor, cooler, cryogenic throttle valve, Low temperature heat exchanger, evaporator, absorber, generator, condenser, throttle valve, solution pump and solution heat exchanger are formed；Pressure Mechanism of qi (A) has air duct to be connected to outside, and compressor (A) also has compressed air channel to be connected to combustion chamber (B), combustion chamber (B) fuel channel is connected to outside, combustion chamber (B) also has blast tube to be connected to gas turbine (C), gas turbine (C) Generator (2) has blast tube to be connected to outside again after also blast tube is connected to generator (2)；Compressor (D) has cold The aftercooler (I) that agent steam channel is connected to cooler (I) has refrigerant steam channel to be connected to evaporator (4) again, evaporator (4) cryogen liquid pipeline is connected to low temperature heat exchanger (F) through cryogenic throttle valve (E), low temperature heat exchanger (F) also has cryogen Steam channel is connected to compressor (D), and low temperature heat exchanger (F) also has cryogenic media pipeline to be connected to outside, and cooler (I) is also There is heated medium pipeline to be connected to outside；Evaporator (4) also has refrigerant steam channel to be connected to absorber (1), absorber (1) Also weak solution pipeline is connected to through solution pump (6) and solution heat exchanger (7) with generator (2), and generator (2) also has concentrated solution Pipeline is connected to through solution heat exchanger (7) with absorber (1), and generator (2) also has refrigerant steam channel to connect with condenser (3) Logical, condenser (3) also has cryogen liquid pipeline to be connected to evaporator (4) through throttle valve (5), and absorber (1) and condenser (3) also divide There is not heated medium pipeline to be connected to outside；Compressor, combustion chamber and gas turbine constitute gas-turbine installation forward circulation System, compressor, cooler, evaporator, cryogenic throttle valve and low temperature heat exchanger constitute compression reverse circulation system, absorb Device, generator, condenser, evaporator, throttle valve, solution pump and solution heat exchanger constitute absorption reverse circulation system；Combustion Gas-turbine device forward circulation provides power to compression reverse circulation or externally provides power simultaneously, and gas-turbine installation is positive It recycles to absorption reverse circulation and driving thermic load is provided, compression reverse circulation obtains low temperature thermic load and passes through cooling respectively The external heat supply of device and by evaporator to absorption reverse circulation heat supply, absorption reverse circulation passes through absorber and condenser pair Outer heat supply forms combined cycle energy supplying system.
6. combined cycle energy supplying system is to increase by the second compressor in the combined cycle energy supplying system described in claim 5, The aftercooler (I) that compressor (D) has refrigerant steam channel to be connected to cooler (I) there are into refrigerant steam channel and evaporator again (4) connection is adjusted to the aftercooler (I) that compressor (D) has refrigerant steam channel to be connected to cooler (I) refrigerant vapour again Channel is connected to the second compressor (G), and the second compressor (G) also has the postcooling that refrigerant steam channel is connected to cooler (I) Device (I) has refrigerant steam channel to be connected to evaporator (4) again, forms combined cycle energy supplying system.
7. combined cycle energy supplying system, mainly by compressor, combustion chamber, gas turbine, compressor, the second compressor, second cold Condenser, cryogenic throttle valve, the second cryogenic throttle valve, low temperature heat exchanger, evaporator, absorber, generator, condenser, throttling Valve, solution pump and solution heat exchanger are formed；Compressor (A) has air duct to be connected to outside, and compressor (A), which also has, to be compressed Air duct is connected to combustion chamber (B), and combustion chamber (B) also has fuel channel to be connected to outside, and combustion chamber (B) also has blast tube It is connected to gas turbine (C), generator (2) has combustion gas again after gas turbine (C) also has blast tube to be connected to generator (2) Channel is connected to outside；Compressor (D) has low pressure refrigerant steam channel to be connected to evaporator (4), and evaporator (4) also has low pressure cold Low temperature heat exchanger (F) has refrigerant vapour logical again after agent liquid pipeline is connected to through cryogenic throttle valve (E) with low temperature heat exchanger (F) Road is connected to compressor (D), and compressor (D) also has low pressure refrigerant steam channel to be connected to the second compressor (G), the second compressor (G) high pressure refrigerant steam channel is connected to the second condenser (H), the second condenser (H) also has high pressure cryogen liquid pipeline warp Low temperature heat exchanger (F) has cryogen again after evaporator (4) and the second cryogenic throttle valve (J) are connected to low temperature heat exchanger (F) Steam channel is connected to compressor (D), and low temperature heat exchanger (F) also has cryogenic media pipeline to be connected to outside, the second condenser (H) heated medium pipeline is connected to outside；Evaporator (4) also has refrigerant steam channel to be connected to absorber (1), absorbs Device (1) also has weak solution pipeline to be connected to generator (2) through solution pump (6) and solution heat exchanger (7), and generator (2) also has Concentrated solution pipeline is connected to through solution heat exchanger (7) with absorber (1), and generator (2) also has refrigerant steam channel and condenser (3) it is connected to, condenser (3) also has cryogen liquid pipeline to be connected to evaporator (4) through throttle valve (5), absorber (1) and condenser (3) heated medium pipeline also is connected to outside respectively；Compressor, combustion chamber and gas turbine are constituting gas-turbine installation just To the circulatory system, compressor, the second compressor, the second condenser, evaporator, cryogenic throttle valve, the second cryogenic throttle valve and low Temperature heat exchanger constitute compression reverse circulation system, absorber, generator, condenser, evaporator, throttle valve, solution pump and Solution heat exchanger constitutes absorption reverse circulation system；Gas-turbine installation forward circulation provides dynamic to compression reverse circulation Power externally provides power simultaneously, and gas-turbine installation forward circulation provides driving thermic load, compression to absorption reverse circulation Formula reverse circulation obtains low temperature thermic load and respectively by the external heat supply of the second condenser and by evaporator to absorption reverse Circulation heating, absorption reverse circulation form combined cycle energy supplying system by absorber and the external heat supply of condenser.
8. combined cycle energy supplying system, mainly by compressor, combustion chamber, gas turbine, compressor, the second condenser, low temperature section Flow valve, the second cryogenic throttle valve, low temperature heat exchanger, evaporator, absorber, generator, condenser, throttle valve, solution pump and Solution heat exchanger is formed；Compressor (A) have air duct with outside be connected to, compressor (A) also have compressed air channel and Combustion chamber (B) is connected to, and combustion chamber (B) also has fuel channel to be connected to outside, and combustion chamber (B) also has blast tube and gas turbine (C) it is connected to, generator (2) has blast tube and outside again after gas turbine (C) also has blast tube to be connected to generator (2) Connection；Compressor (D) has low pressure refrigerant steam channel to be connected to evaporator (4), and evaporator (4) also has low pressure cryogen liquid pipeline warp Low temperature heat exchanger (F) has refrigerant steam channel and compressor again after cryogenic throttle valve (E) is connected to low temperature heat exchanger (F) (D) it is connected to, compressor (D) also has high pressure refrigerant steam channel to be connected to the second condenser (H), and the second condenser (H) also has height Low temperature heat exchange after pressure cryogen liquid pipeline is connected to through evaporator (4) and the second cryogenic throttle valve (J) with low temperature heat exchanger (F) Device (F) has refrigerant steam channel to be connected to compressor (D) again, and low temperature heat exchanger (F) also has cryogenic media pipeline to connect with outside Logical, the second condenser (H) also has heated medium pipeline to be connected to outside；Evaporator (4) also has refrigerant steam channel and absorbs Device (1) is connected to, and absorber (1) also has weak solution pipeline to be connected to generator (2) through solution pump (6) and solution heat exchanger (7), Generator (2) also has concentrated solution pipeline to be connected to absorber (1) through solution heat exchanger (7), and generator (2) also has refrigerant vapour Channel is connected to condenser (3), and condenser (3) also has cryogen liquid pipeline to be connected to evaporator (4) through throttle valve (5), absorber (1) and condenser (3) also has heated medium pipeline to be connected to outside respectively；Compressor, combustion chamber and gas turbine constitute combustion Gas-turbine device forward circulation system, compressor, the second condenser, evaporator, cryogenic throttle valve, the second cryogenic throttle valve and low Temperature heat exchanger constitute compression reverse circulation system, absorber, generator, condenser, evaporator, throttle valve, solution pump and Solution heat exchanger constitutes absorption reverse circulation system；Gas-turbine installation forward circulation provides dynamic to compression reverse circulation Power externally provides power simultaneously, and gas-turbine installation forward circulation provides driving thermic load, compression to absorption reverse circulation Formula reverse circulation obtains low temperature thermic load and respectively by the external heat supply of the second condenser and by evaporator to absorption reverse Circulation heating, absorption reverse circulation form combined cycle energy supplying system by absorber and the external heat supply of condenser.
9. combined cycle energy supplying system, mainly by compressor, combustion chamber, gas turbine, compressor, expanding machine, evaporator, low temperature Heat exchanger, absorber, generator, condenser, throttle valve, solution pump and solution heat exchanger are formed；Compressor (A) is free Gas channel is connected to outside, and compressor (A) also has compressed air channel to be connected to combustion chamber (B), and combustion chamber (B) also has fuel logical Road with outside be connected to, combustion chamber (B) also has blast tube to be connected to gas turbine (C), gas turbine (C) also have blast tube and Generator (2) has blast tube to be connected to outside again after generator (2) connection；Compressor (D) has refrigerant gas channel and steams The finisher (4) of hair device (4) connection has refrigerant gas channel to be connected to expanding machine (K) again, and expanding machine (K) also has refrigerant gas Channel is connected to through low temperature heat exchanger (F) with compressor (D), and low temperature heat exchanger (F) also has cryogenic media pipeline to connect with outside It is logical；Evaporator (4) also has refrigerant steam channel to be connected to absorber (1), and absorber (1) also has weak solution pipeline through solution pump (6) it is connected to generator (2) with solution heat exchanger (7), generator (2) also has concentrated solution pipeline through solution heat exchanger (7) It is connected to absorber (1), generator (2) also has refrigerant steam channel to be connected to condenser (3), and condenser (3) also has cryogen liquid Pipeline is connected to through throttle valve (5) with evaporator (4), absorber (1) and condenser (3) also have respectively heated medium pipeline with it is outer Portion is connected to；Compressor, combustion chamber and gas turbine constitute gas-turbine installation forward circulation system, compressor, evaporator, expansion Machine and low temperature heat exchanger constitute compression reverse circulation system, evaporator, absorber, generator, condenser, throttle valve, molten Liquid pump and solution heat exchanger constitute absorption reverse circulation system；Gas-turbine installation forward circulation is to compression reverse circulation Power is provided or power is externally provided simultaneously, gas-turbine installation forward circulation is provided to absorption reverse circulation drives heat negative Lotus, compression reverse circulation obtains low temperature thermic load and by evaporator to absorption reverse circulation heat supply, absorption inversely to follow Ring forms combined cycle energy supplying system by absorber and the external heat supply of condenser.
10. combined cycle energy supplying system is to increase by the second compressor in the combined cycle energy supplying system described in claim 9, The finisher (4) that compressor (D) has refrigerant gas channel to be connected to evaporator (4) there are into refrigerant gas channel and expanding machine again (K) connection is adjusted to the finisher (4) that compressor (D) has refrigerant gas channel to be connected to evaporator (4) refrigerant gas again Channel is connected to the second compressor (G), and the second compressor (G) evaporates after also having refrigerant gas channel to be connected to evaporator (4) Device (4) has refrigerant gas channel to be connected to expanding machine (K) again, forms combined cycle energy supplying system.
11. combined cycle energy supplying system, mainly by compressor, combustion chamber, gas turbine, compressor, evaporator, expanding machine, low Temperature heat exchanger, regenerator, absorber, generator, condenser, throttle valve, solution pump and solution heat exchanger are formed；It calms the anger Machine (A) has air duct to be connected to outside, and compressor (A) also has compressed air channel to be connected to combustion chamber (B), combustion chamber (B) Also fuel channel is connected to outside, and combustion chamber (B) also has blast tube to be connected to gas turbine (C), and gas turbine (C) also has Generator (2) has blast tube to be connected to outside again after blast tube is connected to generator (2)；Compressor (D) has cryogen gas The finisher (4) that body channel is connected to evaporator (4) has refrigerant gas channel to be connected to expanding machine (K) through regenerator (L) again, Expanding machine (K) also has refrigerant gas channel to be connected to compressor (D) through low temperature heat exchanger (F) and regenerator (L), and Low Temperature Thermal is handed over Parallel operation (F) also has cryogenic media pipeline to be connected to outside；Evaporator (4) also has refrigerant steam channel to be connected to absorber (1), inhales Receiving device (1) also has weak solution pipeline to be connected to generator (2) through solution pump (6) and solution heat exchanger (7), and generator (2) is also There is concentrated solution pipeline to be connected to absorber (1) through solution heat exchanger (7), generator (2) also has refrigerant steam channel and condensation Device (3) is connected to, and condenser (3) also has cryogen liquid pipeline to be connected to evaporator (4) through throttle valve (5), absorber (1) and condenser (3) heated medium pipeline also is connected to outside respectively；Compressor, combustion chamber and gas turbine are constituting gas-turbine installation just To the circulatory system, compressor, evaporator, expanding machine, low temperature heat exchanger and regenerator constitute compression reverse circulation system, steam It sends out device, absorber, generator, condenser, throttle valve, solution pump and solution heat exchanger and constitutes absorption reverse circulation system； Gas-turbine installation forward circulation provides power to compression reverse circulation or externally provides power simultaneously, and gas-turbine installation is just Driving thermic load is provided to cycle to absorption reverse circulation, compression reverse circulation obtains low temperature thermic load and passes through evaporator To absorption reverse circulation heat supply, absorption reverse circulation is formed combined cycle and is supplied by absorber and the external heat supply of condenser It can system.
12. combined cycle energy supplying system is to increase by the second compression in the combined cycle energy supplying system described in claim 11 The finisher (4) that compressor (D) has refrigerant gas channel to be connected to evaporator (4) is had refrigerant gas channel to pass through back by machine again Hot device (L) is connected to expanding machine (K) to be adjusted to evaporate after compressor (D) has refrigerant gas channel to be connected to logical evaporator (4) Device (4) has refrigerant gas channel to be connected to the second compressor (G) again, and the second compressor (G) also has refrigerant gas channel and evaporation The finisher (4) of device (4) connection has refrigerant gas channel to be connected to expanding machine (K) through regenerator (L) again, forms combined cycle Energy supplying system.
13. combined cycle energy supplying system, mainly by compressor, combustion chamber, gas turbine, compressor, expanding machine, cooler, low Temperature heat exchanger, evaporator, absorber, generator, condenser, throttle valve, solution pump and solution heat exchanger are formed；It calms the anger Machine (A) has air duct to be connected to outside, and compressor (A) also has compressed air channel to be connected to combustion chamber (B), combustion chamber (B) Also fuel channel is connected to outside, and combustion chamber (B) also has blast tube to be connected to gas turbine (C), and gas turbine (C) also has Generator (2) has blast tube to be connected to outside again after blast tube is connected to generator (2)；Compressor (D) has cryogen gas Body channel is connected to through cooler (I) with expanding machine (K), expanding machine (K) also have refrigerant gas channel through low temperature heat exchanger (F) with Compressor (D) is connected to, and low temperature heat exchanger (F) also has cryogenic media pipeline to be connected to outside, and cooler (I) also has to be situated between by heating Matter pipeline is connected to outside；Evaporator (4) has refrigerant steam channel to be connected to absorber (1), and absorber (1) also has weak solution pipe Road is connected to through solution pump (6) and solution heat exchanger (7) with generator (2), and generator (2) also has concentrated solution pipeline through solution heat Exchanger (7) is connected to absorber (1), and generator (2) also has refrigerant steam channel to be connected to condenser (3), and condenser (3) is also There is cryogen liquid pipeline to be connected to evaporator (4) through throttle valve (5), evaporator (4) also has cryogenic media pipeline to be connected to outside, inhales Receive device (1) and condenser (3) also has heated medium pipeline to be connected to outside respectively；Compressor, combustion chamber and gas turbine mechanism At gas-turbine installation forward circulation system, compressor, cooler, expanding machine and low temperature heat exchanger constitute compression and inversely follow Loop system, it is absorption inverse that absorber, generator, condenser, evaporator, throttle valve, solution pump and solution heat exchanger constitute row To the circulatory system；Gas-turbine installation forward circulation provides power to compression reverse circulation or externally provides power, combustion simultaneously Gas-turbine device forward circulation provides driving thermic load to absorption reverse circulation, and compression reverse circulation obtains low temperature thermic load And by the external heat supply of cooler, absorption reverse circulation obtains low temperature thermic load and is externally supplied by absorber and condenser Heat forms combined cycle energy supplying system.
14. combined cycle energy supplying system is to increase by the second compression in the combined cycle energy supplying system described in claim 13 Compressor (D) is had refrigerant gas channel to be connected to expanding machine (K) through cooler (I) and is adjusted to compressor (D) and has cryogen gas by machine Body channel is connected to through cooler (I) with the second compressor (G), and the second compressor (G) also has refrigerant gas channel through cooler (I) It is connected to expanding machine (K), forms combined cycle energy supplying system.
15. combined cycle energy supplying system, mainly by compressor, combustion chamber, gas turbine, compressor, cooler, expanding machine, low Temperature heat exchanger, regenerator, evaporator, absorber, generator, condenser, throttle valve, solution pump and solution heat exchanger institute group At；Compressor (A) has air duct to be connected to outside, and compressor (A) also has compressed air channel to be connected to combustion chamber (B), combustion Burning room (B) also has fuel channel to be connected to outside, and combustion chamber (B) also has blast tube to be connected to gas turbine (C), gas turbine (C) generator (2) has blast tube to be connected to outside again after also having blast tube to be connected to generator (2)；Compressor (D) has Refrigerant gas channel is connected to through cooler (I) and regenerator (L) with expanding machine (K), and expanding machine (K) also has refrigerant gas channel warp Low temperature heat exchanger (F) and regenerator (L) are connected to compressor (D), low temperature heat exchanger (F) also have cryogenic media pipeline with it is outer Portion is connected to, and cooler (I) also has heated medium pipeline to be connected to outside；Evaporator (4) has refrigerant steam channel and absorber (1) it is connected to, absorber (1) also has weak solution pipeline to be connected to generator (2) through solution pump (6) and solution heat exchanger (7), sends out Raw device (2) also has concentrated solution pipeline to be connected to absorber (1) through solution heat exchanger (7), and generator (2) also has refrigerant vapour logical Road is connected to condenser (3), and condenser (3) also has cryogen liquid pipeline to be connected to evaporator (4) through throttle valve (5), evaporator (4) Also cryogenic media pipeline is connected to outside, and absorber (1) and condenser (3) also have heated medium pipeline to connect with outside respectively It is logical；Compressor, combustion chamber and gas turbine constitute gas-turbine installation forward circulation system, compressor, cooler, expanding machine, Low temperature heat exchanger and regenerator constitute compression reverse circulation system, evaporator, absorber, generator, condenser, throttling Valve, solution pump and solution heat exchanger constitute absorption reverse circulation system；Gas-turbine installation forward circulation is inverse to compression Power is provided to cycle or power is externally provided simultaneously, and gas-turbine installation forward circulation provides driving to absorption reverse circulation Thermic load, compression reverse circulation obtain low temperature thermic load and by the external heat supplies of cooler, and absorption reverse circulation obtains low Warm load simultaneously passes through absorber and the external heat supply of condenser, formation combined cycle energy supplying system.
16. combined cycle energy supplying system is to increase by the second compression in the combined cycle energy supplying system described in claim 15 Compressor (D) is had refrigerant gas channel to be connected to expanding machine (K) through cooler (I) and regenerator (L) and is adjusted to compressor by machine (D) refrigerant gas channel is connected to the second compressor (G) through cooler (I), the second compressor (G) has refrigerant gas channel again It is connected to expanding machine (K) through cooler (I) and regenerator (L), forms combined cycle energy supplying system.
17. combined cycle energy supplying system, mainly by compressor, combustion chamber, gas turbine, compressor, cooler, evaporator, swollen Swollen machine, low temperature heat exchanger, absorber, generator, condenser, throttle valve, solution pump and solution heat exchanger are formed；It calms the anger Machine (A) has air duct to be connected to outside, and compressor (A) also has compressed air channel to be connected to combustion chamber (B), combustion chamber (B) Also fuel channel is connected to outside, and combustion chamber (B) also has blast tube to be connected to gas turbine (C), and gas turbine (C) also has Generator (2) has blast tube to be connected to outside again after blast tube is connected to generator (2)；Compressor (D) has cryogen gas The finisher (4) that body channel is connected to through cooler (I) with evaporator (4) has refrigerant gas channel to be connected to expanding machine (K) again, Expanding machine (K) also has refrigerant gas channel to be connected to compressor (D) through low temperature heat exchanger (F), and low temperature heat exchanger (F) also has Cryogenic media pipeline is connected to outside, and cooler (I) also has heated medium pipeline to be connected to outside；Evaporator (4) is also cold Agent steam channel is connected to absorber (1), and absorber (1) also has weak solution pipeline through solution pump (6) and solution heat exchanger (7) It is connected to generator (2), generator (2) also has concentrated solution pipeline to be connected to absorber (1) through solution heat exchanger (7), occurs Device (2) also has refrigerant steam channel to be connected to condenser (3), and condenser (3) also has cryogen liquid pipeline through throttle valve (5) and evaporation Device (4) is connected to, and absorber (1) and condenser (3) also have heated medium pipeline to be connected to outside respectively；Compressor, combustion chamber Gas-turbine installation forward circulation system is constituted with gas turbine, compressor, cooler, evaporator, expanding machine and Low Temperature Thermal are handed over Parallel operation constitutes compression reverse circulation system, evaporator, absorber, generator, condenser, throttle valve, solution pump and solution heat Exchanger constitutes absorption reverse circulation system；Gas-turbine installation forward circulation is to compression reverse circulation offer power or together When power is externally provided, gas-turbine installation forward circulation provides driving thermic load to absorption reverse circulation, and compression is reverse Cycle obtains low temperature thermic load and respectively by the external heat supply of cooler and by evaporator to absorption reverse circulation heat supply, inhales Receipts formula reverse circulation forms combined cycle energy supplying system by absorber and the external heat supply of condenser.
18. combined cycle energy supplying system is to increase by the second compression in the combined cycle energy supplying system described in claim 17 The finisher (4) that compressor (D) has refrigerant gas channel to be connected to evaporator (4) through cooler (I) is had cryogen gas by machine again Body channel is connected to expanding machine (K) to be adjusted to compressor (D) and has refrigerant gas channel to be connected to evaporator (4) through cooler (I) Finisher (4) there is refrigerant gas channel to be connected to the second compressor (G) again, the second compressor (G) also has refrigerant gas logical The finisher (4) that road is connected to through cooler (I) with evaporator (4) has refrigerant gas channel to be connected to expanding machine (K) again, is formed Combined cycle energy supplying system.
19. combined cycle energy supplying system, mainly by compressor, combustion chamber, gas turbine, compressor, cooler, evaporator, return Hot device, expanding machine, low temperature heat exchanger, absorber, generator, condenser, throttle valve, solution pump and solution heat exchanger institute group At；Compressor (A) has air duct to be connected to outside, and compressor (A) also has compressed air channel to be connected to combustion chamber (B), combustion Burning room (B) also has fuel channel to be connected to outside, and combustion chamber (B) also has blast tube to be connected to gas turbine (C), gas turbine (C) generator (2) has blast tube to be connected to outside again after also having blast tube to be connected to generator (2)；Compressor (D) has The finisher (4) that refrigerant gas channel is connected to through cooler (I) with evaporator (4) has refrigerant gas channel through regenerator again (L) it is connected to expanding machine (K), expanding machine (K) also has refrigerant gas channel through low temperature heat exchanger (F) and regenerator (L) and pressure Contracting machine (D) is connected to, and low temperature heat exchanger (F) also has cryogenic media pipeline to be connected to outside, and cooler (I) also has heated medium Pipeline is connected to outside；Evaporator (4) also has refrigerant steam channel to be connected to absorber (1), and absorber (1) also has weak solution pipe Road is connected to through solution pump (6) and solution heat exchanger (7) with generator (2), and generator (2) also has concentrated solution pipeline through solution heat Exchanger (7) is connected to absorber (1), and generator (2) also has refrigerant steam channel to be connected to condenser (3), and condenser (3) is also There is cryogen liquid pipeline to be connected to evaporator (4) through throttle valve (5), absorber (1) and condenser (3) also have heated medium respectively Pipeline is connected to outside；Compressor, combustion chamber and gas turbine constitute gas-turbine installation forward circulation system, compressor, cold But device, evaporator, regenerator, expanding machine and low temperature heat exchanger constitute compression reverse circulation system, evaporator, absorber, Generator, condenser, throttle valve, solution pump and solution heat exchanger constitute absorption reverse circulation system；Gas-turbine installation Forward circulation provides power to compression reverse circulation or externally provides power simultaneously, and gas-turbine installation forward circulation is to absorption Formula reverse circulation provides driving thermic load, and compression reverse circulation obtains low temperature thermic load and passes through the external heat supply of cooler respectively With by evaporator, to absorption reverse circulation heat supply, absorption reverse circulation passes through absorber and the external heat supply of condenser, shape At combined cycle energy supplying system.
20. combined cycle energy supplying system is to increase by the second compression in the combined cycle energy supplying system described in claim 19 The finisher (4) that compressor (D) has refrigerant gas channel to be connected to evaporator (4) through cooler (I) is had cryogen gas by machine again Body channel be connected to expanding machine (K) through regenerator (L) be adjusted to compressor (D) have refrigerant gas channel through cooler (I) with steam The finisher (4) of hair device (4) connection has refrigerant gas channel to be connected to the second compressor (G) again, and the second compressor (G) also has The finisher (4) that refrigerant gas channel is connected to through cooler (I) with evaporator (4) has refrigerant gas channel through regenerator again (L) it is connected to expanding machine (K), forms combined cycle energy supplying system.
21. combined cycle energy supplying system is to increase high temperature in any combined cycle energy supplying system described in claim 1-20 Compressor (A) is had compressed air channel to be connected to combustion chamber (B) and is adjusted to compressor (A) and has compressed air channel by regenerator It is connected to combustion chamber (B) through high temperature regenerator (M), there is blast tube to be connected to generator (2) gas turbine (C) and be adjusted to fire High temperature regenerator (M) has blast tube and generator again after gas-turbine (C) has blast tube to be connected to high temperature regenerator (M) (2) it is connected to, forms combined cycle energy supplying system.
22. combined cycle energy supplying system is to increase heat in any combined cycle energy supplying system described in claim 1-21 and hand over Parallel operation, heat exchanger (8) has heated medium pipeline to be connected to outside, and takes one technical measures of following any of which with shape At combined cycle energy supplying system：1. thering is blast tube to be connected to outside in generator (2) to be adjusted to generator (2) and have blast tube It is connected to outside through heat exchanger (8)；2. thering is blast tube to be connected to outside in generator (2) to be adjusted to generator (2) and have combustion Gas channel is connected to through heat exchanger (8) and evaporator (4) with outside；3. thering is blast tube to be connected to tune with outside in generator (2) It is whole to there is blast tube to be connected to outside through heat exchanger (8), evaporator (4) and low temperature heat exchanger (F) for generator (2).
23. combined cycle energy supplying system is to increase by second in any combined cycle energy supplying system described in claim 1-21 Generator, second throttle, the second solution pump and the second solution heat exchanger, absorber (1) add weak solution pipeline through second Solution pump (11) and the second solution heat exchanger (12) are connected to the second generator (9), and the second generator (9) also has concentrated solution pipe The second solution heat exchanger of road (12) is connected to absorber (1), and generator (2) is had refrigerant steam channel and condenser (3) Connection is adjusted to the second generator (9) after generator (2) has refrigerant steam channel to be connected to the second generator (9) cryogen again Liquid pipeline is connected to through second throttle (10) with condenser (3), and the second generator (9) also has refrigerant steam channel and condenser (3) it is connected to, forms combined cycle energy supplying system.
24. combined cycle energy supplying system is to increase by second in any combined cycle energy supplying system described in claim 1-21 Absorber (1) is had weak solution pipeline through solution pump (6) and solution by generator, second throttle and the second solution heat exchanger Heat exchanger (7) is connected to generator (2) to be adjusted to absorber (1) and has weak solution pipeline through solution pump (6), solution heat exchanger (7) it is connected to generator (2) with the second solution heat exchanger (12), has concentrated solution pipeline through solution heat exchange in generator (2) Device (7) be connected to absorber (1) be adjusted to generator (2) have concentrated solution pipeline through the second solution heat exchanger (12) with second hair Raw device (9) is connected to, and the second generator (9) has concentrated solution pipeline to be connected to absorber (1) through solution heat exchanger (7), will send out again Raw device (2) has refrigerant steam channel to be connected to condenser (3) to be adjusted to generator (2) and have refrigerant steam channel and the second generator (9) the second generator (9) has cryogen liquid pipeline to be connected to condenser (3) through second throttle (10) again after being connected to, the second hair Raw device (9) also has refrigerant steam channel to be connected to condenser (3), forms combined cycle energy supplying system.
25. combined cycle energy supplying system is to increase by second in any combined cycle energy supplying system described in claim 1-21 Absorber (1) is had weak solution pipeline through solution by generator, second throttle, the second solution pump and the second solution heat exchanger Pump (6) and solution heat exchanger (7) be connected to generator (2) be adjusted to absorber (1) have weak solution pipeline through solution pump (6) and Solution heat exchanger (7) is connected to the second generator (9), and the second generator (9) has concentrated solution pipeline through the second solution pump again (11) it is connected to generator (2) with the second solution heat exchanger (12), has concentrated solution pipeline through solution heat exchange in generator (2) Device (7) be connected to absorber (1) be adjusted to generator (2) have concentrated solution pipeline through the second solution heat exchanger (12) and solution heat Exchanger (7) is connected to absorber (1), is had refrigerant steam channel to be connected to condenser (3) in generator (2) and is adjusted to generator (2) the second generator (9) has cryogen liquid pipeline through the second throttling again after having refrigerant steam channel to be connected to the second generator (9) Valve (10) is connected to condenser (3), and the second generator (9) also has refrigerant steam channel to be connected to condenser (3), and formation, which is combined, to follow Ring energy supplying system.
26. combined cycle energy supplying system is to increase heat in any combined cycle energy supplying system described in claim 23-25 Exchanger, heat exchanger (8) have heated medium pipeline with outside be connected to, and take one technical measures of following any of which with Form combined cycle energy supplying system：1. by generator (2) have blast tube with outside be connected to be adjusted to generator (2) have combustion gas lead to Road is connected to through heat exchanger (8) with outside；2. thering is blast tube to be connected to outside in generator (2) to be adjusted to generator (2) and have Blast tube is connected to through heat exchanger (8) and evaporator (4) with outside；3. thering is blast tube to be connected to outside in generator (2) Being adjusted to generator (2) has blast tube to be connected to outside through heat exchanger (8), evaporator (4) and low temperature heat exchanger (F).
27. combined cycle energy supplying system is to increase by second in any combined cycle energy supplying system described in claim 1-21 Generator (2) is had blast tube to connect with outside by generator, second throttle, the second solution pump and the second solution heat exchanger It is logical be adjusted to the second generator (9) after generator (2) has blast tube to be connected to the second generator (9) have again blast tube and Outside connection, absorber (1) add weak solution pipeline through the second solution pump (11) and the second solution heat exchanger (12) and second Generator (9) is connected to, and the second generator (9) also has concentrated solution pipeline to connect through the second solution heat exchanger (12) and absorber (1) It is logical, there is refrigerant steam channel to be connected to condenser (3) in generator (2) and is adjusted to generator (2) and has refrigerant steam channel and the The second generator (9) has cryogen liquid pipeline to connect through second throttle (10) and condenser (3) again after two generators (9) connection Logical, the second generator (9) also has refrigerant steam channel to be connected to condenser (3), forms combined cycle energy supplying system.
28. combined cycle energy supplying system is to increase by second in any combined cycle energy supplying system described in claim 1-21 Generator (2) is had blast tube to be connected to outside and is adjusted to occur by generator, second throttle and the second solution heat exchanger The second generator (9) has blast tube to be connected to outside again after device (2) has blast tube to be connected to the second generator (9), will Absorber (1) has weak solution pipeline to be connected to generator (2) through solution pump (6) and solution heat exchanger (7) to be adjusted to absorber (1) weak solution pipeline connects through solution pump (6), solution heat exchanger (7) and the second solution heat exchanger (12) and generator (2) It is logical, by generator (2) have concentrated solution pipeline be connected to absorber (1) through solution heat exchanger (7) be adjusted to generator (2) have it is dense Solution line is connected to through the second solution heat exchanger (12) with the second generator (9), and the second generator (9) has concentrated solution pipeline again It is connected to absorber (1) through solution heat exchanger (7), there is refrigerant steam channel to be connected to adjustment with condenser (3) in generator (2) The second generator (9) has cryogen liquid pipeline warp again after having refrigerant steam channel to be connected to the second generator (9) for generator (2) Second throttle (10) is connected to condenser (3), and the second generator (9) also has refrigerant steam channel to be connected to condenser (3), shape At combined cycle energy supplying system.
29. combined cycle energy supplying system is to increase by second in any combined cycle energy supplying system described in claim 1-21 Generator (2) is had blast tube to connect with outside by generator, second throttle, the second solution pump and the second solution heat exchanger It is logical be adjusted to the second generator (9) after generator (2) has blast tube to be connected to the second generator (9) have again blast tube and Outside connection, has weak solution pipeline to be connected to tune with generator (2) through solution pump (6) and solution heat exchanger (7) absorber (1) It is whole to there is weak solution pipeline to be connected to the second generator (9) through solution pump (6) and solution heat exchanger (7) for absorber (1), second Generator (9) has concentrated solution pipeline to be connected to generator (2) through the second solution pump (11) and the second solution heat exchanger (12) again, By generator (2) have concentrated solution pipeline be connected to absorber (1) through solution heat exchanger (7) be adjusted to generator (2) have it is dense molten Liquid pipeline is connected to through the second solution heat exchanger (12) and solution heat exchanger (7) with absorber (1), generator (2) is had cold Agent steam channel is connected to condenser (3) to be adjusted to after generator (2) has refrigerant steam channel to be connected to the second generator (9) Second generator (9) has cryogen liquid pipeline to be connected to condenser (3) through second throttle (10) again, and the second generator (9) also has Refrigerant steam channel is connected to condenser (3), forms combined cycle energy supplying system.
30. combined cycle energy supplying system is to increase heat in any combined cycle energy supplying system described in claim 27-29 Exchanger, heat exchanger (8) have heated medium pipeline with outside be connected to, and take one technical measures of following any of which with Form combined cycle energy supplying system：1. having blast tube to be connected to outside in the second generator (9) is adjusted to the second generator (9) There is blast tube to be connected to outside through heat exchanger (8)；2. thering is blast tube to be connected to outside in the second generator (9) to be adjusted to Second generator (9) has blast tube to be connected to outside through heat exchanger (8) and evaporator (4)；3. the second generator (9) is had Blast tube is connected to outside and is adjusted to the second generator (9) and has blast tube through heat exchanger (8), evaporator (4) and low temperature Heat exchanger (F) is connected to outside.
31. combined cycle energy supplying system is to increase third hair in any combined cycle energy supplying system described in claim 23 Raw device, third throttle valve, third solution pump and third solution heat exchanger, it is molten through third that absorber (1) adds weak solution pipeline Liquid pump (15) and third solution heat exchanger (16) are connected to third generator (13), and third generator (13) also has concentrated solution pipe Road is connected to through third solution heat exchanger (16) with absorber (1), and the second generator (9) is had refrigerant steam channel and condenser (3) connection is adjusted to third generator after the second generator (9) has refrigerant steam channel to be connected to third generator (13) (13) cryogen liquid pipeline is connected to condenser (3) through third throttle valve (14) again, third generator (13) also has refrigerant vapour Channel is connected to condenser (3), forms combined cycle energy supplying system.
32. combined cycle energy supplying system is to increase third hair in any combined cycle energy supplying system described in claim 24 Absorber (1) is had weak solution pipeline to be handed over through solution pump (6), solution heat by raw device, third throttle valve and third solution heat exchanger Parallel operation (7) and the second solution heat exchanger (12) are connected to generator (2) to be adjusted to absorber (1) and has weak solution pipeline through solution (6), solution heat exchanger (7), third solution heat exchanger (16) and the second solution heat exchanger (12) is pumped with generator (2) to connect It is logical, there is concentrated solution pipeline to be connected to absorber (1) through solution heat exchanger (7) in the second generator (9) and is adjusted to the second generation Device (9) has concentrated solution pipeline to be connected to third generator (13) through third solution heat exchanger (16), and third generator (13) is again There is concentrated solution pipeline to be connected to absorber (1) through solution heat exchanger (7), by the second generator (9) have refrigerant steam channel with Condenser (3) connection is adjusted to third after the second generator (9) has refrigerant steam channel to be connected to third generator (13) and sends out Raw device (13) has cryogen liquid pipeline to be connected to condenser (3) through third throttle valve (14) again, and third generator (13) also has cryogen Steam channel is connected to condenser (3), forms combined cycle energy supplying system.
33. combined cycle energy supplying system is to increase third hair in any combined cycle energy supplying system described in claim 25 Raw device, third throttle valve, third solution pump and third solution heat exchanger, have weak solution pipeline through solution pump absorber (1) (6) it is connected to the second generator (9) with solution heat exchanger (7) and is adjusted to absorber (1) and has weak solution pipeline through solution pump (6) It is connected to solution heat exchanger (7) with third generator (13), third generator (13) has concentrated solution pipeline through third solution again Pump (15) and third solution heat exchanger (16) are connected to the second generator (9), have concentrated solution pipeline through second in generator (2) Solution heat exchanger (12) and solution heat exchanger (7) be connected to absorber (1) be adjusted to generator (2) have concentrated solution pipeline warp Second solution heat exchanger (12), third solution heat exchanger (16) and solution heat exchanger (7) are connected to absorber (1), will Second generator (9) have refrigerant steam channel be connected to condenser (3) be adjusted to the second generator (9) have refrigerant steam channel with Third generator (13) has cryogen liquid pipeline through third throttle valve (14) and condenser (3) again after third generator (13) connection Connection, third generator (13) also have refrigerant steam channel to be connected to condenser (3), form combined cycle energy supplying system.
34. combined cycle energy supplying system is to increase heat in any combined cycle energy supplying system described in claim 31-33 Exchanger, heat exchanger (8) have heated medium pipeline with outside be connected to, and take one technical measures of following any of which with Form combined cycle energy supplying system：1. by generator (2) have blast tube with outside be connected to be adjusted to generator (2) have combustion gas lead to Road is connected to through heat exchanger (8) with outside；2. thering is blast tube to be connected to outside in generator (2) to be adjusted to generator (2) and have Blast tube is connected to through heat exchanger (8) and evaporator (4) with outside；3. thering is blast tube to be connected to outside in generator (2) Being adjusted to generator (2) has blast tube to be connected to outside through heat exchanger (8), evaporator (4) and low temperature heat exchanger (F).
35. combined cycle energy supplying system is to increase third hair in any combined cycle energy supplying system described in claim 23 Generator (2) is had blast tube to be connected to outside by raw device, third throttle valve, third solution pump and third solution heat exchanger Being adjusted to generator (2) has blast tube to be sequentially communicated third generator after the second generator (9) and third generator (13) (13) blast tube is connected to outside again, absorber (1) adds weak solution pipeline through third solution pump (15) and third solution Heat exchanger (16) is connected to third generator (13), and third generator (13) also has concentrated solution pipeline through third solution heat exchange Device (16) is connected to absorber (1), is had refrigerant steam channel to be connected to condenser (3) in the second generator (9) and is adjusted to second Third generator (13) has cryogen liquid pipeline warp again after generator (9) has refrigerant steam channel to be connected to third generator (13) Third throttle valve (14) is connected to condenser (3), and third generator (13) also has refrigerant steam channel to be connected to condenser (3), Form combined cycle energy supplying system.
36. combined cycle energy supplying system is to increase third hair in any combined cycle energy supplying system described in claim 24 Generator (2) is had blast tube to be connected to outside and is adjusted to generator by raw device, third throttle valve and third solution heat exchanger (2) third generator (13) has combustion gas again after having blast tube to be sequentially communicated the second generator (9) and third generator (13) Channel is connected to outside, has weak solution pipeline through solution pump (6), solution heat exchanger (7) and the second solution heat absorber (1) Exchanger (12) is connected to generator (2) to be adjusted to absorber (1) and has weak solution pipeline through solution pump (6), solution heat exchanger (7), third solution heat exchanger (16) and the second solution heat exchanger (12) are connected to generator (2), by the second generator (9) Have concentrated solution pipeline be connected to absorber (1) through solution heat exchanger (7) be adjusted to the second generator (9) have concentrated solution pipeline warp Third solution heat exchanger (16) is connected to third generator (13), and third generator (13) has concentrated solution pipeline through solution heat again Exchanger (7) is connected to absorber (1), is had refrigerant steam channel to be connected to condenser (3) in the second generator (9) and is adjusted to Third generator (13) has cryogen liquid pipeline again after two generators (9) have refrigerant steam channel to be connected to third generator (13) It is connected to condenser (3) through third throttle valve (14), third generator (13) also has refrigerant steam channel to connect with condenser (3) It is logical, form combined cycle energy supplying system.
37. combined cycle energy supplying system is to increase third hair in any combined cycle energy supplying system described in claim 25 Generator (2) is had blast tube to be connected to outside by raw device, third throttle valve, third solution pump and third solution heat exchanger Being adjusted to generator (2) has blast tube to be sequentially communicated third generator after the second generator (9) and third generator (13) (13) there is blast tube to be connected to outside again, have weak solution pipeline through solution pump (6) and solution heat exchanger absorber (1) (7) it is connected to the second generator (9) and is adjusted to absorber (1) and has weak solution pipeline through solution pump (6) and solution heat exchanger (7) It is connected to third generator (13), third generator (13) has concentrated solution pipeline through third solution pump (15) and third solution heat again Exchanger (16) is connected to the second generator (9), have concentrated solution pipeline through the second solution heat exchanger (12) in generator (2) and Solution heat exchanger (7) is connected to absorber (1) to be adjusted to generator (2) and has concentrated solution pipeline through the second solution heat exchanger (12), third solution heat exchanger (16) and solution heat exchanger (7) are connected to absorber (1), the second generator (9) are had cold Agent steam channel is connected to condenser (3) to be adjusted to the second generator (9) and has refrigerant steam channel and third generator (13) even Third generator (13) has cryogen liquid pipeline to be connected to condenser (3) through third throttle valve (14) again after logical, third generator (13) there is refrigerant steam channel to be connected to condenser (3), form combined cycle energy supplying system.
38. combined cycle energy supplying system is to increase heat in any combined cycle energy supplying system described in claim 35-37 Exchanger, heat exchanger (8) have heated medium pipeline with outside be connected to, and take one technical measures of following any of which with Form combined cycle energy supplying system：1. having blast tube to be connected to outside in third generator (13) is adjusted to third generator (13) blast tube is connected to outside through heat exchanger (8)；2. thering is blast tube to be connected to outside in third generator (13) Being adjusted to third generator (13) has blast tube to be connected to outside through heat exchanger (8) and evaporator (4)；3. third is occurred Device (13) has blast tube to be connected to outside to be adjusted to third generator (13) and have blast tube through heat exchanger (8), evaporator (4) it is connected to outside with low temperature heat exchanger (F).
39. combined cycle energy supplying system is in any combined cycle energy supplying system described in claim 31-38, by second Generator (9) has cryogen liquid pipeline to be connected to condenser (3) through second throttle (10) to be adjusted to the second generator (9) and have cryogen Liquid pipeline is connected to through third generator (13) and second throttle (10) with condenser (3), forms combined cycle energy supplying system.
40. combined cycle energy supplying system is to increase by second in any combined cycle energy supplying system described in claim 1-20 Generator (2) is had blast tube to connect with outside by generator, the second solution pump, the second solution heat exchanger and the second absorber It is logical be adjusted to the second generator (9) after generator (2) has blast tube to be connected to the second generator (9) have again blast tube and Evaporator (4) is had refrigerant steam channel to be connected to absorber (1) and is adjusted to evaporator (4) and has refrigerant vapour to lead to by outside connection Road is connected to the second absorber (17), and the second absorber (17) also has weak solution pipeline through the second solution pump (11) and the second solution Heat exchanger (12) is connected to the second generator (9), and the second generator (9) also has concentrated solution pipeline through the second solution heat exchanger (12) it is connected to the second absorber (17), the second generator (9) also has refrigerant steam channel to be connected to absorber (1), and second inhales Receiving device (17) also has heated medium pipeline to be connected to outside, forms combined cycle energy supplying system.
41. combined cycle energy supplying system is to increase heat exchange in any combined cycle energy supplying system described in claim 40 Device, heat exchanger (8) has heated medium pipeline to be connected to outside, and takes one technical measures of following any of which to be formed Combined cycle energy supplying system：1. thering is blast tube to be connected to outside in the second generator (9) to be adjusted to the second generator (9) and have combustion Gas channel is connected to through heat exchanger (8) with outside；2. having blast tube to be connected to outside in the second generator (9) is adjusted to second Generator (9) has blast tube to be connected to outside through heat exchanger (8) and evaporator (4)；3. the second generator (9) is had combustion gas Channel with outside be connected to be adjusted to the second generator (9) have blast tube through heat exchanger (8), evaporator (4) and Low Temperature Thermal friendship Parallel operation (F) is connected to outside.
42. combined cycle energy supplying system is to increase waste heat in any combined cycle energy supplying system described in claim 1-20 Boiler and circulating pump, generator (2) has blast tube again after having blast tube to be connected to generator (2) gas turbine (C) It is connected to outside and is adjusted to waste heat boiler (N) after gas turbine (C) has blast tube to be connected to waste heat boiler (N) and has combustion gas again Channel is connected to outside, is closed by circulating pump (P) and circulating thermal medium pipeline composition between waste heat boiler (N) and generator (2) Circulation loop is closed, combined cycle energy supplying system is formed.
43. combined cycle energy supplying system is to increase waste heat pot in any combined cycle energy supplying system described in claim 21 Stove and circulating pump, generator (2) has blast tube again after having blast tube to be connected to generator (2) high temperature regenerator (M) It is connected to outside and is adjusted to waste heat boiler (N) after high temperature regenerator (M) has blast tube to be connected to waste heat boiler (N) and has combustion again Gas channel is connected to outside, is constituted by circulating pump (P) and circulating thermal medium pipeline between waste heat boiler (N) and generator (2) Closed loop forms combined cycle energy supplying system.
44. combined cycle energy supplying system is to increase heat in any combined cycle energy supplying system described in claim 42-43 Exchanger, heat exchanger (8) have heated medium pipeline with outside be connected to, and take one technical measures of following any of which with Form combined cycle energy supplying system：1. circulating pump (P) and circulating thermal medium will be relied between waste heat boiler (N) and generator (2) Pipeline constitutes closed loop and is adjusted to rely on circulating pump (P) between waste heat boiler (N), generator (2) and heat exchanger (8) Closed loop is constituted with circulating thermal medium pipeline；2. circulating pump (P) will be relied between waste heat boiler (N) and generator (2) Closed loop, which is constituted, with circulating thermal medium pipeline is adjusted to waste heat boiler (N), generator (2), heat exchanger (8) and evaporation Between device (4) closed loop is constituted by circulating pump (P) and circulating thermal medium pipeline；3. by waste heat boiler (N) and occurring Closed loop is constituted by circulating pump (P) and circulating thermal medium pipeline be adjusted to waste heat boiler (N), generation between device (2) Circulating pump (P) and circulating thermal medium pipeline are relied between device (2), heat exchanger (8), evaporator (4) and low temperature heat exchanger (F) Constitute closed loop.
45. combined cycle energy supplying system is to increase waste heat in any combined cycle energy supplying system described in claim 1-20 Boiler, circulating pump, the second generator, the second solution pump, the second solution heat exchanger and the second absorber, by gas turbine (C) Generator (2) has blast tube to be adjusted to gas turbine (C) with external be connected to again after having blast tube to be connected to generator (2) Waste heat boiler (N) has blast tube to be connected to outside again after having blast tube to be connected to waste heat boiler (N), waste heat boiler (N), Between generator (2) and the second generator (9) closed loop is constituted by circulating pump (P) and circulating thermal medium pipeline；It will Evaporator (4) have refrigerant steam channel be connected to absorber (1) be adjusted to evaporator (4) have refrigerant steam channel with second absorb Device (17) is connected to, and the second absorber (17) also has weak solution pipeline through the second solution pump (11) and the second solution heat exchanger (12) It is connected to the second generator (9), the second generator (9) also has concentrated solution pipeline to be inhaled through the second solution heat exchanger (12) and second It receives device (17) to be connected to, the second generator (9) also has refrigerant steam channel to be connected to absorber (1), and the second absorber (17) also has Heated medium pipeline is connected to outside, forms combined cycle energy supplying system.
46. combined cycle energy supplying system is to increase work in any combined cycle energy supplying system described in claim 1-45 Machine, gas-turbine installation forward circulation provide power to working machine (0) respectively, provide power to compression reverse circulation and to suction Receipts formula reverse circulation provides driving thermic load, forms combined cycle energy supplying system.
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CN106440491B (en) * 2015-12-30 2020-05-01 李华玉 First-class thermally driven compression-absorption heat pump
CN106225308B (en) * 2015-12-30 2020-01-31 李华玉 Class thermally driven compression-absorption heat pump
CN106352601B (en) * 2016-03-14 2020-04-07 李华玉 Third-class thermally-driven compression heat pump

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