CN109959045A - A kind of heating system, refrigeration system and cold, heat and power triple supply system - Google Patents
A kind of heating system, refrigeration system and cold, heat and power triple supply system Download PDFInfo
- Publication number
- CN109959045A CN109959045A CN201711414007.8A CN201711414007A CN109959045A CN 109959045 A CN109959045 A CN 109959045A CN 201711414007 A CN201711414007 A CN 201711414007A CN 109959045 A CN109959045 A CN 109959045A
- Authority
- CN
- China
- Prior art keywords
- water
- pipe
- direct
- gas
- hot
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Classifications
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F02—COMBUSTION ENGINES; HOT-GAS OR COMBUSTION-PRODUCT ENGINE PLANTS
- F02B—INTERNAL-COMBUSTION PISTON ENGINES; COMBUSTION ENGINES IN GENERAL
- F02B43/00—Engines characterised by operating on gaseous fuels; Plants including such engines
- F02B43/10—Engines or plants characterised by use of other specific gases, e.g. acetylene, oxyhydrogen
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F02—COMBUSTION ENGINES; HOT-GAS OR COMBUSTION-PRODUCT ENGINE PLANTS
- F02B—INTERNAL-COMBUSTION PISTON ENGINES; COMBUSTION ENGINES IN GENERAL
- F02B63/00—Adaptations of engines for driving pumps, hand-held tools or electric generators; Portable combinations of engines with engine-driven devices
- F02B63/04—Adaptations of engines for driving pumps, hand-held tools or electric generators; Portable combinations of engines with engine-driven devices for electric generators
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24D—DOMESTIC- OR SPACE-HEATING SYSTEMS, e.g. CENTRAL HEATING SYSTEMS; DOMESTIC HOT-WATER SUPPLY SYSTEMS; ELEMENTS OR COMPONENTS THEREFOR
- F24D12/00—Other central heating systems
- F24D12/02—Other central heating systems having more than one heat source
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24D—DOMESTIC- OR SPACE-HEATING SYSTEMS, e.g. CENTRAL HEATING SYSTEMS; DOMESTIC HOT-WATER SUPPLY SYSTEMS; ELEMENTS OR COMPONENTS THEREFOR
- F24D3/00—Hot-water central heating systems
- F24D3/08—Hot-water central heating systems in combination with systems for domestic hot-water supply
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25B—REFRIGERATION MACHINES, PLANTS OR SYSTEMS; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS
- F25B21/00—Machines, plants or systems, using electric or magnetic effects
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F02—COMBUSTION ENGINES; HOT-GAS OR COMBUSTION-PRODUCT ENGINE PLANTS
- F02B—INTERNAL-COMBUSTION PISTON ENGINES; COMBUSTION ENGINES IN GENERAL
- F02B43/00—Engines characterised by operating on gaseous fuels; Plants including such engines
- F02B43/10—Engines or plants characterised by use of other specific gases, e.g. acetylene, oxyhydrogen
- F02B2043/103—Natural gas, e.g. methane or LNG used as a fuel
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B30/00—Energy efficient heating, ventilation or air conditioning [HVAC]
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
- Y02T10/00—Road transport of goods or passengers
- Y02T10/10—Internal combustion engine [ICE] based vehicles
- Y02T10/30—Use of alternative fuels, e.g. biofuels
Landscapes
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Physics & Mathematics (AREA)
- Thermal Sciences (AREA)
- Water Supply & Treatment (AREA)
- Heat-Pump Type And Storage Water Heaters (AREA)
Abstract
A kind of cold, heat and power triple supply system, it is characterised in that it includes gas electricity generator-fume hot-water direct-fired machine system, Gas Direct-fired Machine (201), electricity refrigeration centrifuge (202), boiler heating system, cold warm water water main (1), cold warm water return main (2), domestic hot-water water main (3), domestic hot-water return main (4) and control system；The unit smoke evacuation of the Gas Direct-fired Machine (201) supplies the gas electricity generator-fume hot-water direct-fired machine system, the gas electricity generator-fume hot-water direct-fired machine system electric energy supply electricity refrigeration centrifuge (202).Cold, heat and power triple supply system circuit design of the invention is reasonable, pipeline is easy, equipment is few, occupied area is small, and energy loss is small in entire control process, high financial profit.
Description
Technical field
A kind of it can provide the invention belongs to field of energy utilization more particularly to simultaneously the system of cool and thermal power.
Background technique
With the enhancing of people's environmental consciousness, demand of the most cities to natural gas is obviously increased.Natural gas and coal facies
Than environmental pollution is small, and at low cost, the economic benefit as domestic fuel is also greater than industrial fuel.At the same time, people couple
Living standard quality is also increasingly paid attention to, and especially northern in cold winter, domestic heat is required at most of family
Product, during the broiling summer, family's cooling supply also have very big demand.Now having more utilization natural gas in the art simultaneously can be use
The system of family cooling supply and heat supply, if patent document CN203742831U discloses a kind of cogeneration cooling heating system, which is used
Waste heat direct combustion unit is freezed or is heated using the waste heat of engine, and energy utilization rate is higher, but there is also some problems,
Using cooling water tank to high temperature jacket water radiating treatment in such as patent, energy loss is big, the high temperature jacket water return water of engine
Temperature be difficult to be controlled effectively, meanwhile, the equipment pipe in entire pipe-line system is more various, and occupied area is bigger.
Therefore, the cold, heat and power triple supply system that a set of pipeline is simple, energy utilization rate is high is designed to have a vast market foreground.
Summary of the invention
The technical problem to be solved by the present invention is to overcome the shortcomings of to mention in background above technology and defect, one kind is provided
Pipeline is simple, the high heating system of energy utilization rate, refrigeration system and cold, heat and power triple supply system.It is asked to solve above-mentioned technology
Topic, technical solution proposed by the present invention are as follows:
A kind of heating system, including it is gas electricity generator-fume hot-water direct-fired machine system, Gas Direct-fired Machine, boiler heating system, cold
Warm water water main, cold warm water return main, domestic hot-water water main, domestic hot-water return main and control system；
The control system be configured to gas electricity generator-fume hot-water direct-fired machine System Priority in Gas Direct-fired Machine, again prior to
The preferential runlevel of boiler heating system, when the gas electricity generator-fume hot-water direct-fired machine system heating capacity cannot expire
When sufficient actual demand, the Gas Direct-fired Machine is run, when the gas electricity generator-fume hot-water direct-fired machine system and Gas Direct-fired
When the heating capacity of machine is not still able to satisfy actual demand, the boiler heating system is run；
The unit smoke evacuation of the Gas Direct-fired Machine supplies the gas electricity generator-fume hot-water direct-fired machine system, the combustion gas hair
Motor-fume hot-water direct-fired machine system, Gas Direct-fired Machine, boiler heating system with the cold warm water water main, cold warm water
Return main connection, the boiler heating system also provide domestic hot-water and with the domestic hot-water water main and domestic hot-water
Return main's connection.
A kind of refrigeration system, including the mechanical, electrical refrigeration centrifugation of gas electricity generator-fume hot-water direct-fired machine system, Gas Direct-fired
Machine, cold warm water water main, cold warm water return main, domestic hot-water water main, domestic hot-water return main and control system；
The control system is configured to gas electricity generator-fume hot-water direct-fired machine System Priority in electricity refrigeration centrifuge, preferential again
In the preferential runlevel of Gas Direct-fired Machine, when the gas electricity generator-fume hot-water direct-fired machine system refrigerating capacity cannot expire
When sufficient actual demand, the electricity refrigeration centrifuge is run, when the gas electricity generator-fume hot-water direct-fired machine system and electricity are freezed
When the heating capacity of centrifuge is not still able to satisfy actual demand, the Gas Direct-fired Machine is run；
The unit smoke evacuation of the Gas Direct-fired Machine supplies the gas electricity generator-fume hot-water direct-fired machine system, the combustion gas hair
Motor-fume hot-water direct-fired machine system electric energy supply electricity refrigeration centrifuge, the gas electricity generator-fume hot-water direct combustion
The mechanical, electrical refrigeration centrifuge of machine system, Gas Direct-fired is connect with the cold warm water water main, cold warm water return main.
A kind of system can be used for cold, heat and electricity triple supply, including gas electricity generator-fume hot-water direct-fired machine system, combustion gas are straight
Fire mechanical, electrical refrigeration centrifuge, boiler heating system, cold warm water water main, cold warm water return main, domestic hot-water's water supply always
Pipe, domestic hot-water return main and control system；
When the cold, heat and electricity triple supply heats, it is excellent that the control system is configured to gas electricity generator-fume hot-water direct-fired machine system
Prior to Gas Direct-fired Machine, again prior to the preferential runlevel of boiler heating system, when the gas electricity generator-fume hot-water is straight
When the heating capacity of combustion engine system is not able to satisfy actual demand, the Gas Direct-fired Machine is run, when the gas electricity generator-flue gas heat
When the heating capacity of water direct-fired machine system and Gas Direct-fired Machine is not still able to satisfy actual demand, the boiler heating system is run；
The cold, heat and electricity triple supply freeze when, the control system be configured to gas electricity generator-fume hot-water direct-fired machine System Priority in
Electricity refrigeration centrifuge, again prior to the preferential runlevel of Gas Direct-fired Machine, when the gas electricity generator-fume hot-water direct-fired machine
When the refrigerating capacity of system is not able to satisfy actual demand, the electricity refrigeration centrifuge is run, when the gas electricity generator-fume hot-water
When the heating capacity of direct-fired machine system and electricity refrigeration centrifuge is not still able to satisfy actual demand, the Gas Direct-fired Machine is run；
The unit smoke evacuation of the Gas Direct-fired Machine supplies the gas electricity generator-fume hot-water direct-fired machine system, the combustion gas hair
Motor-fume hot-water direct-fired machine system electric energy supply electricity refrigeration centrifuge, the gas electricity generator-fume hot-water direct combustion
The mechanical, electrical refrigeration centrifuge of machine system, Gas Direct-fired, boiler heating system with the cold warm water water main, cold warm water return water
General pipeline connection, the boiler heating system persistently provide domestic hot-water and return with the domestic hot-water water main and domestic hot-water
Supply mains's connection.
In aforementioned present invention, it is preferred that the gas electricity generator-fume hot-water direct-fired machine system include gas electricity generator,
Heat supply and heat exchange device and fume hot-water direct-fired machine system, the gas electricity generator pass through fume pipe and fume hot-water direct-fired machine system
System connection, the first branch of the jacket water outlet pipe of the gas electricity generator are connected to the heat exchange water inlet pipe of the Heat supply and heat exchange device,
Second branch is connected to the high-temperature water water inlet pipe of the fume hot-water direct-fired machine system, the heat exchange return pipe of the Heat supply and heat exchange device with
The high-temperature water return pipe of the fume hot-water direct-fired machine system is connected to the jacket water return pipe of the gas electricity generator, described
Cold warm water water supplying pipe and cold warm water return pipe, the cold warm water are also connected in Heat supply and heat exchange device and fume hot-water direct-fired machine system
Water supplying pipe is connect with cold warm water water main, and the cold warm water return pipe is connect with cold warm water return main.
In aforementioned present invention, it is preferred that it is equipped with level-one between the jacket water outlet pipe and jacket water return pipe and mends temperature pipe,
The jacket water return pipe is equipped with jacket water return water heat exchanger, and the level-one is mended Wen Guanyu jacket water return water heat exchanger and matched
Jacket water return water temperature in the jacket water return pipe is controlled at 70-80 DEG C.
In aforementioned present invention, it is preferred that the jacket water return pipe is equipped with the first temperature sensor, first temperature
Sensor is located at the upstream of the jacket water return pipe and level-one Bu Wenguan intersection, and the jacket water outlet pipe and level-one mend temperature
Pipe connectivity part, which is equipped with, controls the level-one benefit Wen Guanzhong benefit warm water flow according to the feedback data of first temperature sensor
Electric regulable three-way valve；The jacket water return pipe is equipped with second temperature sensor, and the second temperature sensor is located at institute
The downstream of jacket water return pipe Yu level-one Bu Wenguan intersection is stated, the jacket water return pipe is connected to jacket water return water heat exchanger
Place, which is equipped with, controls what jacket water return water in the jacket water return pipe flowed to according to the feedback data of the second temperature sensor
Electric regulable three-way valve.
In aforementioned present invention, it is preferred that the boiler heating system includes boiler, boiler discharging tube, boiler blow-down water pipe, life
Hot water supply system and heating system living, the first branch of the boiler discharging tube connect domestic hot-water's water system, institute
The second branch for stating boiler discharging tube connects the heating system；
Wherein, domestic hot-water's water system includes by domestic hot-water's heat source water inlet pipe, for water- to-water heat exchanger, domestic hot-water's heat source
Return pipe is sequentially connected in series the pipe-line system to be formed, described to be also connected with client water supplying pipe and client return pipe for water- to-water heat exchanger,
The client water supplying pipe is connected with domestic hot-water water main, the client return pipe and domestic hot-water return main's phase
Connection, the water inlet end of domestic hot-water's heat source water inlet pipe are connected to the first branch of the boiler discharging tube, the life heat
The water outlet of hydro-thermal source return pipe connects the boiler blow-down water pipe；
The heating system includes being sequentially connected in series and being formed by heating source water inlet pipe, heating heat exchanger, heating source return pipe
Pipe-line system, the heating heat exchanger are also connected with air conditioner water water supplying pipe and air conditioner water return pipe, the air conditioner water water supplying pipe with it is cold
Warm water water main is connected, and the air conditioner water return pipe is connected with cold warm water return main, the heating source water inlet pipe
Water inlet end be connected to the second branch of the boiler discharging tube, the water outlet of the heating source return pipe connects the boiler
Return pipe.
In aforementioned present invention, it is preferred that the client water supplying pipe and air conditioner water water supplying pipe are equipped with third temperature sensing
Device and the 4th temperature sensor, the boiler discharging tube, domestic hot-water's water system and heating system junction are equipped with according to institute
The feedback data for stating third temperature sensor and the 4th temperature sensor controls the boiler discharging tube high temperature water flow distribution
Electric three-way regulating valves.
In aforementioned present invention, it is preferred that the boiler heating system further includes second level domestic hot-water's water system, and described two
The pipe diameter of grade domestic hot-water's water system is less than the pipe diameter of domestic hot-water's water system, the second level life heat
Water supply system includes by second level domestic hot-water's heat source water inlet pipe, second level for water- to-water heat exchanger, second level domestic hot-water's heat source return pipe
It is sequentially connected in series the pipe-line system to be formed, the second level is for water- to-water heat exchanger connection second level client water supplying pipe and second level client return water
Pipe, the water inlet end of the second level domestic hot-water heat source water inlet pipe are connected to domestic hot-water's heat source water inlet pipe, and the second level is raw
The water outlet of heat source of hot water return pipe living connects the boiler blow-down water pipe, and the second level client water supplying pipe and domestic hot-water supply water
General pipeline is connected, and the second level client return pipe is connected with domestic hot-water return main.
In aforementioned present invention, it is preferred that the cold warm water return main is equipped with side water collector, and the cold warm water supplies water total
Pipe is equipped with level-one pressure charging system and Two Stage Turbocharging System, and the cold warm water water main is equipped with first flow sensor and the
Two flow sensors, the first flow sensor is between the level-one pressure charging system and Two Stage Turbocharging System, and described
Two flow sensors are located at the downstream of the Two Stage Turbocharging System, between the cold warm water water main and side water collector be equipped with according to
The cold warm water water main is controlled described one according to the feedback data of the first flow sensor and second flow sensor
Balance pipe between grade pressure charging system and Two Stage Turbocharging System with the flow equilibrium in the Two Stage Turbocharging System downstream.
Compared with the prior art, the advantages of the present invention are as follows:
1, the fume hot-water direct-fired machine of cold, heat and power triple supply system of the invention make full use of gas electricity generator high temperature jacket water and
The high-temperature flue gas that other units generate in system is optionally user's cooling supply or heat supply, and system generates flue gas or high-temperature water obtains
To effective use, energy utilization rate is high, meanwhile, the electric energy of the gas electricity generator in the present invention optionally supplies other units
Work, electric energy are also reasonably utilized.
2, cold, heat and power triple supply system of the invention can be simultaneously user's cooling supply, heating and domestic hot-water, utilize same system
A variety of demands of user can be realized in system, and practical application promotional value is high.
3, cold, heat and power triple supply system circuit design of the invention is reasonable, pipeline is easy, equipment is few, occupied area is small, whole
Energy loss is small in a control process, high financial profit.
Detailed description of the invention
In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, to embodiment or will show below
There is attached drawing needed in technical description to be briefly described, it should be apparent that, the accompanying drawings in the following description is the present invention
Some embodiments for those of ordinary skill in the art without creative efforts, can also basis
These attached drawings obtain other attached drawings.
Fig. 1 is the structural schematic diagram of the embodiment of the present invention.
Marginal data:
1, cold warm water water main；2, cold warm water return main；3, domestic hot-water water main；4, domestic hot-water return main；
5, smoke exhaust pipe；6, side water collector；7, first flow sensor；8, second flow sensor；9, balance pipe；10, cooling tower；11,
Cooling tower outlet pipe；12, cooling tower return pipe；13, replenisher tank；14, natural gas line；101, gas electricity generator；102, heat supply
Heat exchanger；103, fume pipe；104, jacket water outlet pipe；105, exchange heat water inlet pipe；106, high-temperature water water inlet pipe；107, it exchanges heat back
Water pipe；108, high-temperature water return pipe；109, jacket water return pipe；110, cold warm water water supplying pipe；111, cold warm water return pipe；112,
Level-one mends temperature pipe；113, jacket water return water heat exchanger；114, the first temperature sensor；115, second temperature sensor；116, cigarette
The hot-water direct-fired machine of gas；117, cylinder sleeve water- to-water heat exchanger；118, hot water inlet pipe；119, hot water return pipe；120, fueled turbine is pressurized
Room；121, the cooling inlet tube of fuel；122, fuel cooling heat exchanger；123, the cooling liquid back pipe of fuel；124, cold water inlet；
125, cold-water return pipe；126, second level mends temperature pipe；201, Gas Direct-fired Machine；202, electricity refrigeration centrifuge；204, Gas Direct-fired Machine
Outlet pipe；205, the cold warm water water supplying pipe of user；208, the cold warm water return pipe of user；209, Gas Direct-fired Machine return pipe；210, electric
Freeze centrifuge outlet pipe；211, electricity refrigeration centrifuge return pipe；301, boiler；302, boiler discharging tube；303, boiler blow-down water
Pipe；304, domestic hot-water's heat source water inlet pipe；305, domestic hot-water's heat source return pipe；306, for water- to-water heat exchanger；307, client supplies
Water pipe；308, client return pipe；309, heating source water inlet pipe；310, heat heat exchanger；311, heating source return pipe；
312, air conditioner water water supplying pipe；313, air conditioner water return pipe；314, third temperature sensor；315, the 4th temperature sensor；316,
Second level domestic hot-water's heat source water inlet pipe；317, second level is for water- to-water heat exchanger；318, second level domestic hot-water heat source return pipe；319, second level
Client water supplying pipe；320, second level client return pipe；321, hot water water supply pipe.
Specific embodiment
To facilitate the understanding of the present invention, the present invention is made below in conjunction with Figure of description and preferred embodiment more complete
Face meticulously describes, but the protection scope of the present invention is not limited to the following specific embodiments.
Unless otherwise defined, all technical terms used hereinafter and the normally understood meaning of those skilled in the art
It is identical.Technical term used herein is intended merely to the purpose of description specific embodiment, is not intended to the limitation present invention
Protection scope.
Embodiment:
As shown in Figure 1, the heating system of the present embodiment, including gas electricity generator-fume hot-water direct-fired machine system, Gas Direct-fired Machine
201, boiler heating system, cold warm water water main 1, cold warm water return main 2, domestic hot-water water main 3, domestic hot-water return
Supply mains 4 and control system；
Control system be configured to gas electricity generator-fume hot-water direct-fired machine System Priority in Gas Direct-fired Machine 201, again prior to pot
The preferential runlevel of furnace heating system, when gas electricity generator-fume hot-water direct-fired machine system heating capacity is not able to satisfy reality
When demand, Gas Direct-fired Machine 201 is run, when the heating of gas electricity generator-fume hot-water direct-fired machine system and Gas Direct-fired Machine 201
When amount is not still able to satisfy actual demand, boiler heating system is run；
Unit smoke evacuation supply gas electricity generator-fume hot-water direct-fired machine system of Gas Direct-fired Machine 201, gas electricity generator-flue gas
Hot-water direct-fired machine system, Gas Direct-fired Machine 201, boiler heating system with cold warm water water main 1, cold warm water return main 2
Connection, boiler heating system also provide domestic hot-water and connect with domestic hot-water water main 3 with domestic hot-water return main 4.
Another refrigeration system of the present embodiment, including gas electricity generator-fume hot-water direct-fired machine system, Gas Direct-fired Machine
201, electricity refrigeration centrifuge 202, cold warm water water main 1, cold warm water return main 2, domestic hot-water water main 3, life heat
Water return main 4 and control system；
Control system be configured to gas electricity generator-fume hot-water direct-fired machine System Priority in electricity refrigeration centrifuge 202, again prior to
The preferential runlevel of Gas Direct-fired Machine 201, when gas electricity generator-fume hot-water direct-fired machine system refrigerating capacity is not able to satisfy reality
When the demand of border, electricity refrigeration centrifuge 202 is run, when gas electricity generator-fume hot-water direct-fired machine system and electricity refrigeration centrifuge 202
Heating capacity when not still being able to satisfy actual demand, run Gas Direct-fired Machine 201；
Unit smoke evacuation supply gas electricity generator-fume hot-water direct-fired machine system of Gas Direct-fired Machine 201, gas electricity generator-flue gas
The electric energy supply electricity refrigeration centrifuge 202 of hot-water direct-fired machine system, gas electricity generator-fume hot-water direct-fired machine system, combustion gas are straight
Combustion engine 201, electricity refrigeration centrifuge 202 are connect with cold warm water water main 1, cold warm water return main 2.
The system that the another kind of the present embodiment can be used for cold, heat and electricity triple supply, including gas electricity generator-fume hot-water direct combustion
Machine system, Gas Direct-fired Machine 201, electricity refrigeration centrifuge 202, boiler heating system, cold warm water water main 1, cold warm water return water
General pipeline 2, domestic hot-water water main 3, domestic hot-water return main 4 and control system；
When cold, heat and electricity triple supply heats, control system is configured to gas electricity generator-fume hot-water direct-fired machine System Priority in combustion gas
Direct-fired machine 201, again prior to the preferential runlevel of boiler heating system, when gas electricity generator-fume hot-water direct-fired machine system
Heating capacity when not being able to satisfy actual demand, Gas Direct-fired Machine 201 is run, when gas electricity generator-fume hot-water direct-fired machine system
When not still being able to satisfy actual demand with the heating capacity of Gas Direct-fired Machine 201, boiler heating system is run；Cold, heat and electricity triple supply system
When cold, control system is configured to gas electricity generator-fume hot-water direct-fired machine System Priority in electricity refrigeration centrifuge 202, preferential again
In the preferential runlevel of Gas Direct-fired Machine 201, when gas electricity generator-fume hot-water direct-fired machine system refrigerating capacity is not able to satisfy
When actual demand, electricity refrigeration centrifuge 202 is run, when gas electricity generator-fume hot-water direct-fired machine system and electricity refrigeration centrifuge
When 202 heating capacity is not still able to satisfy actual demand, Gas Direct-fired Machine 201 is run；
Unit smoke evacuation supply gas electricity generator-fume hot-water direct-fired machine system of Gas Direct-fired Machine 201, gas electricity generator-flue gas
The electric energy supply electricity refrigeration centrifuge 202 of hot-water direct-fired machine system, gas electricity generator-fume hot-water direct-fired machine system, combustion gas are straight
Combustion engine 201, electricity refrigeration centrifuge 202, boiler heating system are connect with cold warm water water main 1, cold warm water return main 2,
Boiler heating system persistently provides domestic hot-water and connect with domestic hot-water water main 3 with domestic hot-water return main 4.
In the present embodiment, gas electricity generator-fume hot-water direct-fired machine system includes gas electricity generator 101, Heat supply and heat exchange device
102 pass through fume pipe 103 and fume hot-water direct-fired machine system connectivity, combustion with fume hot-water direct-fired machine system, gas electricity generator 101
The heat exchange water inlet pipe 105 of the first branch connection Heat supply and heat exchange device 102 of the jacket water outlet pipe 104 of gas generator 101, second point
The high-temperature water water inlet pipe 106 of Zhi Liantong fume hot-water direct-fired machine system, the heat exchange return pipe 107 and flue gas of Heat supply and heat exchange device 102
The high-temperature water return pipe 108 of hot-water direct-fired machine system is connected to the jacket water return pipe 109 of gas electricity generator 101, and heat supply is changed
Cold warm water water supplying pipe 110 and cold warm water return pipe 111, cold warm water are also connected on hot device 102 and fume hot-water direct-fired machine system
Water supplying pipe 110 is connect with cold warm water water main 1, and cold warm water return pipe 111 is connect with cold warm water return main 2.It is above-mentioned cold and hot
The high-temperature flue gas or high temperature jacket water that electric combined supply system makes full use of gas electricity generator 101 to generate optionally are that user supplies
Cold or heat supply, the generation flue gas or high-temperature water of generator are utilized effectively, and energy utilization rate is high.
It is equipped with level-one in the present embodiment, between jacket water outlet pipe 104 and jacket water return pipe 109 and mends warm pipe 112, cylinder sleeve
Water return pipe 109 is equipped with jacket water return water heat exchanger 113, and level-one is mended warm pipe 112 and matched with jacket water return water heat exchanger 113
Jacket water return water temperature in jacket water return pipe 109 is controlled at 70-80 DEG C.Return water of the gas electricity generator 101 to jacket water
Temperature has certain requirement, temperature cannot it is too high can not be too low, need to control in reasonable range, the present embodiment is increased without
The control of 101 cylinder sleeve coolant-temperature gage of gas electricity generator can be realized in additional device, mends warm pipe 112 and jacket water return water by level-one
Heat exchanger 113 can realize effective control of cylinder sleeve coolant-temperature gage, can reduce the investment of equipment early period.
In the present embodiment, jacket water return pipe 109 is equipped with the first temperature sensor 114, the first temperature sensor 114
In the upstream of jacket water return pipe 109 and 112 intersection of level-one Bu Wenguan, jacket water outlet pipe 104 and level-one are mended warm pipe 112 and are connected
Logical place is equipped with the electric adjustable mended according to the feedback data control level-one of the first temperature sensor 114 and mend warm water flow in warm pipe 112
Save triple valve；Jacket water return pipe 109 is equipped with second temperature sensor 115, and second temperature sensor 115 is returned positioned at jacket water
The downstream of water pipe 109 and 112 intersection of level-one Bu Wenguan, jacket water return pipe 109 and 113 connectivity part of jacket water return water heat exchanger
It is flowed to equipped with jacket water return water in the feedback data control jacket water return pipe 109 according to second temperature sensor 115 electronic
Regulating three-way valve.In the present embodiment, setting temperature sensor can temperature in automatic monitored pipeline, many people can be saved
Work operation.When the temperature of jacket water return water is too low, temperature data is fed back to motorized adjustment threeway by the first temperature sensor 114
Valve, electric regulable three-way valve automatically turns on level-one and mends warm pipe 112, and makes the high temperature jacket water in part jacket water outlet pipe 104
Into in jacket water return pipe 109, increase the temperature of jacket water return water.When the temperature of jacket water return water is too high, second temperature
Temperature data is fed back to electric regulable three-way valve by sensor 115, and electric regulable three-way valve changes automatically opens jacket water return water
The flow direction of pipe 109 makes the jacket water of jacket water return pipe 109 enter jacket water return water heat exchanger 113, makes the temperature of jacket water return water
Degree reduces, and reaches the temperature requirement of jacket water return water.
In the present embodiment, fume hot-water direct-fired machine system includes fume hot-water direct-fired machine 116 and cylinder sleeve water- to-water heat exchanger 117,
High-temperature water water inlet pipe 106, cylinder sleeve water- to-water heat exchanger 117, high-temperature water return pipe 108 are sequentially connected in series, cylinder sleeve water- to-water heat exchanger 117 and flue gas
Hot water inlet pipe 118 and hot water return pipe 119 are additionally provided between hot-water direct-fired machine 116.It can be incited somebody to action using cylinder sleeve water- to-water heat exchanger 117
Heat is supplied to fume hot-water direct-fired machine 116 indirectly in high-temperature water water inlet pipe 106, can be to avoid the cylinder sleeve of gas electricity generator 101
Water is directly entered fume hot-water direct-fired machine 116, the lithium bromide etc. that jacket water will not may be revealed in fume hot-water direct-fired machine 116
Pollution, it is ensured that the cleaning of jacket water will not corrode combustion gas because being mixed with the lithium bromide etc. in fume hot-water direct-fired machine 116
Generator 101.When using cylinder sleeve water- to-water heat exchanger 117, high board-like or other forms the heat exchanger of heat exchange efficiency can be used.
In the present embodiment, fueled turbine pumping chamber 120, the fueled turbine pumping chamber 120 are equipped in gas electricity generator 101
It is equipped with fuel cooling system, fuel cooling system includes by the cooling inlet tube 121 of fuel, fuel cooling heat exchanger 122 and combustion
Expect that cooling liquid back pipe 123 is sequentially connected in series the pipeline to be formed, fuel cooling heat exchanger 122 be also connected with cold water inlet 124 with it is cold
Water return pipe 125.Fuel is very high by the temperature of 120 post fuel of fueled turbine pumping chamber, needs just be passed through combustion gas after cooling down
In generator 101, using the fuel of the cooling gas electricity generator 101 of fuel cooling system in the present embodiment.In general, fuel is cold
But anti-icing fluid is generallyd use in inlet tube 121 and the cooling liquid back pipe 123 of fuel, unfrozen cooling fluid when preventing temperature too low, and
It cannot flow freely, influence heat exchange efficiency.It is equipped between the cooling liquid back pipe 123 of fuel and the cooling inlet tube 121 of fuel and fuel
Cooling heat exchanger 122, which is matched, mends temperature in 45-55 DEG C of second level for the fuel temperature control in the fueled turbine pumping chamber 120
Pipe 126.The warm pipe 126 of second level benefit, which is arranged, can guarantee that the temperature in the cooling inlet tube 121 of fuel meets into fueled turbine pressurization
The requirement of room 120.
In the present embodiment, the Gas Direct-fired Machine outlet pipe 204 of Gas Direct-fired Machine 201 connects the cold warm water water supplying pipe 205 of user,
The Gas Direct-fired Machine return pipe 209 of Gas Direct-fired Machine 201 connects the cold warm water return pipe 208 of user, the electricity of electricity refrigeration centrifuge 202
Refrigeration centrifuge outlet pipe 210 is connected with the cold warm water water supplying pipe 205 of user, the electricity refrigeration centrifuge of electricity refrigeration centrifuge 202
Return pipe 211 is connected with the cold warm water return pipe 208 of user, and the cold warm water water supplying pipe 205 of user connects with cold warm water water main 1
It connects, the cold warm water return pipe 208 of user is connect with cold warm water return main 2, and the power output of gas electricity generator 101 is defeated by conducting wire
Enter electricity refrigeration centrifuge 202, the unit smoke evacuation of Gas Direct-fired Machine 201 is connect by smoke exhaust pipe 5 with fume hot-water direct-fired machine system.
The power output of gas electricity generator 101 inputs electricity refrigeration centrifuge 202 by conducting wire, does not have to additional power source, gas electricity generator-cigarette
The electric energy generated in the hot-water direct-fired machine system of gas is reasonably utilized.
In the present embodiment, boiler heating system includes boiler 301, boiler discharging tube 302, boiler blow-down water pipe 303, life heat
First branch of water supply system and heating system, boiler discharging tube 302 connects domestic hot-water's water system, boiler discharging tube
302 the second branch connects heating system；
Wherein, domestic hot-water's water system includes by domestic hot-water's heat source water inlet pipe 304, for water- to-water heat exchanger 306, domestic hot-water's heat
Source return pipe 305 is sequentially connected in series the pipe-line system to be formed, and is also connected with client water supplying pipe 307 and client for water- to-water heat exchanger 306
Return pipe 308, client water supplying pipe 307 are connected with domestic hot-water water main 3, client return pipe 308 and domestic hot-water
Return main 4 is connected, and the water inlet end of domestic hot-water's heat source water inlet pipe 304 is connected to the first branch of boiler discharging tube 302, raw
The water outlet of heat source of hot water return pipe 305 living connects boiler blow-down water pipe 303；
Heating system includes being sequentially connected in series shape by heating source water inlet pipe 309, heating heat exchanger 310, heating source return pipe 311
At pipe-line system, heating heat exchanger 310 be also connected with air conditioner water water supplying pipe 312 and air conditioner water return pipe 313, air conditioner water water supplying pipe
312 are connected with cold warm water water main 1, and air conditioner water return pipe 313 is connected with cold warm water return main 2, heating source into
The water inlet end of water pipe 309 is connected to the second branch of boiler discharging tube 302, and the water outlet of heating source return pipe 311 connects pot
Furnace return pipe 303.
General boiler 301 increases the safety of boiler 301 to the more demanding of water quality to prevent water fouling in boiler 301
Hidden danger, in the present embodiment, the not no water phase directly with domestic hot-water's water system and heating system of the high-temperature water that boiler 301 comes out
Connection, but heat is exchanged to domestic hot-water for water system with setting heating heat exchanger 310 for water- to-water heat exchanger 306 in client setting
System and heating system, can be directly entered boiler 301 without purifying to 301 return water of boiler, it is ensured that enter boiler 301
The degree of purity of interior return water, can reduce the number of devices in whole system, and cost is more saved.In addition, being arranged in client
Exchange heat to domestic hot-water's water system and heating system for water- to-water heat exchanger 306 and setting heating heat exchanger 310, can with gram
The disadvantage that 301 water flow of boiler is small but temperature is high is taken, by heat exchange, greater flow and moderate temperature can be provided for user
Hot water.
In the present embodiment, client water supplying pipe 307 and air conditioner water water supplying pipe 312 be equipped with third temperature sensor 314 with
4th temperature sensor 315, boiler discharging tube 302, domestic hot-water's water system and heating system junction are equipped with according to third
The feedback data of temperature sensor 314 and the 4th temperature sensor 315 controls the distribution of 302 high temperature water flow of boiler discharging tube
Electric three-way regulating valves.High-temperature water in boiler discharging tube 302 distributes to domestic hot-water's water system by triple valve, heating is
System, client water supplying pipe 307 and air conditioner water water supplying pipe 312 are equipped with third temperature sensor 314 and the 4th temperature sensor 315
Can with the temperature conditions of monitor client, then feed back to boiler discharging tube 302, domestic hot-water's water system is connect with heating system
The electric three-way regulating valves at place, thus it is possible to vary the hot water flow into domestic hot-water's water system, heating system, to meet use
The actual demand at family.Manual operation can be reduced using temperature sensor, error it is smaller, it can be achieved that system full-automatic accurate control
System.
In the present embodiment, boiler heating system further includes second level domestic hot-water's water system, and second level domestic hot-water is for water system
The pipe diameter of system is less than the pipe diameter of domestic hot-water's water system, and second level domestic hot-water's water system includes being lived by second level
Heat source of hot water water inlet pipe 316, second level are sequentially connected in series the pipe to be formed for water- to-water heat exchanger 317, second level domestic hot-water's heat source return pipe 318
Road system, second level connect second level client water supplying pipe 319 and second level client return pipe 320, second level life for water- to-water heat exchanger 317
The water inlet end of heat source of hot water water inlet pipe 316 is connected to domestic hot-water's heat source water inlet pipe 304, second level domestic hot-water's heat source return pipe
318 water outlet connects boiler blow-down water pipe 303, and second level client water supplying pipe 319 is connected with domestic hot-water water main 3, and two
Grade client return pipe 320 is connected with domestic hot-water return main 4.Second level domestic hot-water's water system can be used alone,
It can also be used simultaneously with domestic hot-water's water system.Domestic hot-water supplies water and high-temperature water is usually supplied to client, then in client
End increases heat exchanger, since the pipeline caliber of second level domestic hot-water's water system is less than the pipeline pipe of domestic hot-water's water system
Diameter can greatly reduce the hot water amount in system pipeline, and the hot water amount of required circulation also greatly reduces, and can mitigate boiler
301 heating pressure, energy consumption is lower, meanwhile, pipeline caliber is smaller, and recirculated water is less, when delivery thermal loss compared to
Large Diameter Pipeline Shi Geng little, energy consumption are lower.In general, domestic hot-water's water system can be closed when hot water usage amount is few and enable
Second level domestic hot-water's water system.In addition, second level domestic hot-water water system can also include a hot water water supply pipe 321, heat
Water water supply pipe 321 is connected to second level domestic hot-water's heat source water inlet pipe 316, hot water water supply pipe 321 and second level client water supplying pipe 319
Between be equipped with booster pump.When enabling second level domestic hot-water water system, if there is the water in second level client water supplying pipe 319
Heat when user is not achieved requiring, or be in an emergency (such as second level is for 317 failure of water- to-water heat exchanger) when, increase hot water moisturizing
High-temperature water directly can be passed through second level client water supplying pipe 319 by pipe 321, increase the heat of water in second level client water supplying pipe 319
Amount.
In the present embodiment, cold warm water return main 2 is equipped with side water collector 6, and cold warm water water main 1 increases equipped with level-one
Pressure system and Two Stage Turbocharging System, cold warm water water main 1 are equipped with first flow sensor 7 and second flow sensor 8, the
For one flow sensor 7 between level-one pressure charging system and Two Stage Turbocharging System, second flow sensor 8 is located at two-stage supercharging system
The downstream of system is equipped between cold warm water water main 1 and side water collector 6 and senses according to first flow sensor 7 and second flow
The feedback data of device 8 control cold warm water water main 1 between level-one pressure charging system and Two Stage Turbocharging System with two-stage supercharging system
The balance pipe 9 of the flow equilibrium in system downstream.Setting level-one pressure charging system and Two Stage Turbocharging System can increase user's water flow, point
Section supercharging effect is preferable.Due to setting level-one pressure charging system and Two Stage Turbocharging System, it is possible to cause in cold warm water water main 1
Flow it is uneven, at this point, setting balance pipe 9 can solve this problem, if between level-one pressure charging system and Two Stage Turbocharging System
Flow is larger, then flow sensor can automatically control the motorized adjustment threeway of cold warm water water main 1 and 9 intersection of balance pipe
Valve makes the cold warm water injection side water collector 6 of the part between level-one pressure charging system and Two Stage Turbocharging System, if level-one pressure charging system and
Flow is smaller between Two Stage Turbocharging System, then flow sensor can automatically control the booster pump on balance pipe 9, makes side water collector
The cold warm water injection level-one pressure charging system in part in 6 and the cold warm water water main 1 between Two Stage Turbocharging System, to maintain cold temperature
Flow equilibrium in water water main 1.
In the present embodiment, cold, heat and power triple supply system further includes cooling tower 10, and cooling tower 10 passes through cooling tower outlet pipe 11
It is connect with cooling tower return pipe 12 with Gas Direct-fired Machine 201, electricity refrigeration centrifuge 202 and fume hot-water direct-fired machine 116.Combustion gas is straight
Combustion engine 201, electricity refrigeration centrifuge 202 and fume hot-water the direct-fired machine 116 general unit in refrigeration can generate more heat, need
Increase cooling device, the heat of above-mentioned unit generation can be taken away in the present embodiment using cooling tower 10.
In the present embodiment, cold, heat and power triple supply system further includes replenisher tank 13, replenisher tank 13 and boiler 301, cooling tower 10,
Side water collector 6 connects, for system water supplement.
In the present embodiment, gas electricity generator 101, fume hot-water direct-fired machine 116, Gas Direct-fired Machine 201, boiler 301 with
Natural gas line 14 is connected to, when using the cold, heat and power triple supply system of the present embodiment, if user has demand to domestic hot-water, just
Boiler 301 is always on, if user does not have demand to domestic hot-water, optionally opens boiler 301.
Cold, heat and power triple supply system circuit design in the present embodiment is reasonable, and pipeline is easy.It can be widely applied to cell, guest
The places such as shop have a vast market value.
The foregoing is only a preferred embodiment of the present invention, is not intended to restrict the invention, for the skill of this field
For art personnel, the invention may be variously modified and varied.All within the spirits and principles of the present invention, made any to repair
Change, equivalent replacement, improvement etc., should all be included in the protection scope of the present invention.
Claims (10)
1. a kind of heating system, which is characterized in that including gas electricity generator-fume hot-water direct-fired machine system, Gas Direct-fired Machine
(201), boiler heating system, cold warm water water main (1), cold warm water return main (2), domestic hot-water water main (3), life
Hot water backwater general pipeline (4) living and control system；
The control system is configured to gas electricity generator-fume hot-water direct-fired machine System Priority in Gas Direct-fired Machine (201), excellent again
Prior to the preferential runlevel of boiler heating system, when the gas electricity generator-fume hot-water direct-fired machine system heating capacity not
When being able to satisfy actual demand, the Gas Direct-fired Machine (201) are run, when the gas electricity generator-fume hot-water direct-fired machine system
When not still being able to satisfy actual demand with the heating capacity of Gas Direct-fired Machine (201), the boiler heating system is run；
The unit smoke evacuation of the Gas Direct-fired Machine (201) supplies the gas electricity generator-fume hot-water direct-fired machine system, the combustion
Gas generator-fume hot-water direct-fired machine system, Gas Direct-fired Machine (201), boiler heating system supply water with the cold warm water total
(1), cold warm water return main (2) connection are managed, the boiler heating system also provides domestic hot-water and supplies with the domestic hot-water
Supply mains (3) connect with domestic hot-water return main (4).
2. a kind of refrigeration system, which is characterized in that including gas electricity generator-fume hot-water direct-fired machine system, Gas Direct-fired Machine
(201), electricity refrigeration centrifuge (202), cold warm water water main (1), cold warm water return main (2), domestic hot-water water main
(3), domestic hot-water return main (4) and control system；
The control system is configured to gas electricity generator-fume hot-water direct-fired machine System Priority and freezes centrifuge (202), again in electricity
Prior to the preferential runlevel of Gas Direct-fired Machine (201), when the gas electricity generator-fume hot-water direct-fired machine system refrigeration
When amount is not able to satisfy actual demand, electricity refrigeration centrifuge (202) is run, when the gas electricity generator-fume hot-water direct combustion
When the heating capacity of machine system and electricity refrigeration centrifuge (202) is not still able to satisfy actual demand, the Gas Direct-fired Machine is run
(201)；
The unit smoke evacuation of the Gas Direct-fired Machine (201) supplies the gas electricity generator-fume hot-water direct-fired machine system, the combustion
Gas generator-fume hot-water direct-fired machine system electric energy supply electricity refrigeration centrifuge (202), the gas electricity generator-cigarette
The hot-water direct-fired machine system of gas, Gas Direct-fired Machine (201), electricity refrigeration centrifuge (202) with the cold warm water water main (1),
Cold warm water return main (2) connection.
3. a kind of cold, heat and power triple supply system, which is characterized in that including gas electricity generator-fume hot-water direct-fired machine system, combustion gas
Direct-fired machine (201), electricity refrigeration centrifuge (202), boiler heating system, cold warm water water main (1), cold warm water return main
(2), domestic hot-water water main (3), domestic hot-water return main (4) and control system；
When the cold, heat and electricity triple supply heats, it is excellent that the control system is configured to gas electricity generator-fume hot-water direct-fired machine system
Prior to Gas Direct-fired Machine (201), again prior to the preferential runlevel of boiler heating system, when the gas electricity generator-flue gas
When the heating capacity of hot-water direct-fired machine system is not able to satisfy actual demand, the Gas Direct-fired Machine (201) are run, when the combustion gas is sent out
When the heating capacity of motor-fume hot-water direct-fired machine system and Gas Direct-fired Machine (201) is not still able to satisfy actual demand, institute is run
State boiler heating system；When the cold, heat and electricity triple supply freezes, it is straight that the control system is configured to gas electricity generator-fume hot-water
Combustion engine System Priority freezes centrifuge (202), in electricity again prior to the preferential runlevel of Gas Direct-fired Machine (201), when described
When gas electricity generator-fume hot-water direct-fired machine system refrigerating capacity is not able to satisfy actual demand, the electricity refrigeration centrifuge is run
(202), when the heating capacity of the gas electricity generator-fume hot-water direct-fired machine system and electricity refrigeration centrifuge (202) still cannot
When meeting actual demand, the Gas Direct-fired Machine (201) are run；
The unit smoke evacuation of the Gas Direct-fired Machine (201) supplies the gas electricity generator-fume hot-water direct-fired machine system, the combustion
Gas generator-fume hot-water direct-fired machine system electric energy supply electricity refrigeration centrifuge (202), the gas electricity generator-cigarette
The hot-water direct-fired machine system of gas, Gas Direct-fired Machine (201), electricity refrigeration centrifuge (202), boiler heating system with the cold warm water
Water main (1), cold warm water return main (2) connection, the boiler heating system persistently provide domestic hot-water and with the life
Hot water water main (3) living are connect with domestic hot-water return main (4).
4. cold, heat and power triple supply system according to claim 3, which is characterized in that the gas electricity generator-fume hot-water
Direct-fired machine system includes gas electricity generator (101), Heat supply and heat exchange device (102) and fume hot-water direct-fired machine system, the combustion gas hair
Motor (101) passes through fume pipe (103) and the fume hot-water direct-fired machine system connectivity, the cylinder of the gas electricity generator (101)
The first branch for covering water outlet pipe (104) is connected to the heat exchange water inlet pipe (105) of the Heat supply and heat exchange device (102), and the second branch connects
Lead to the high-temperature water water inlet pipe (106) of the fume hot-water direct-fired machine system, the heat exchange return pipe of the Heat supply and heat exchange device (102)
(107) with cylinder sleeve of the high-temperature water return pipe (108) of the fume hot-water direct-fired machine system with the gas electricity generator (101)
Cold warm water is also connected in water return pipe (109) connection, the Heat supply and heat exchange device (102) and fume hot-water direct-fired machine system to supply water
(110) and cold warm water return pipe (111) are managed, the cold warm water water supplying pipe (110) connect with cold warm water water main (1), described
Cold warm water return pipe (111) connect with cold warm water return main (2).
5. cold, heat and power triple supply system according to claim 4, which is characterized in that the jacket water outlet pipe (104) with
It is equipped with level-one between jacket water return pipe (109) and mends temperature pipe (112), the jacket water return pipe (109) is returned equipped with jacket water
Water- to-water heat exchanger (113), the level-one are mended temperature pipe (112) and are matched with jacket water return water heat exchanger (113) by the jacket water time
Jacket water return water temperature in water pipe (109) is controlled at 70-80 DEG C.
6. cold, heat and power triple supply system according to claim 4, which is characterized in that on the jacket water return pipe (109)
Equipped with the first temperature sensor (114), first temperature sensor (114) is located at the jacket water return pipe (109) and one
Grade mends the upstream of temperature pipe (112) intersection, the jacket water outlet pipe (104) and level-one mend temperature pipe (112) connectivity part be equipped with according to
It is controlled in the level-one benefit temperature pipe (112) according to the feedback data of first temperature sensor (114) and mends the electronic of warm water flow
Regulating three-way valve；The jacket water return pipe (109) is equipped with second temperature sensor (115), the second temperature sensor
(115) it is located at the jacket water return pipe (109) and level-one mends the downstream of temperature pipe (112) intersection, the jacket water return pipe
(109) the feedback data control according to the second temperature sensor (115) is equipped with jacket water return water heat exchanger (113) connectivity part
Make the electric regulable three-way valve that jacket water return water flows in the jacket water return pipe (109).
7. cold, heat and power triple supply system according to claim 3, which is characterized in that the boiler heating system includes boiler
(301), boiler discharging tube (302), boiler blow-down water pipe (303), domestic hot-water's water system and heating system, the boiler water outlet
The first branch for managing (302) connects domestic hot-water's water system, and the second branch of the boiler discharging tube (302) connects institute
State heating system；
Wherein, domestic hot-water's water system includes by domestic hot-water's heat source water inlet pipe (304), for water- to-water heat exchanger (306), life
Heat source of hot water return pipe (305) living are sequentially connected in series the pipe-line system to be formed, described to be also connected with client confession for water- to-water heat exchanger (306)
Water pipe (307) and client return pipe (308), the client water supplying pipe (307) are connected with domestic hot-water water main (3)
Logical, the client return pipe (308) is connected with domestic hot-water return main (4), domestic hot-water's heat source water inlet pipe
(304) water inlet end is connected to the first branch of the boiler discharging tube (302), domestic hot-water's heat source return pipe (305)
Water outlet connect the boiler blow-down water pipe (303)；
The heating system includes by heating source water inlet pipe (309), heating heat exchanger (310), heating source return pipe (311)
It is sequentially connected in series the pipe-line system to be formed, the heating heat exchanger (310) is also connected with air conditioner water water supplying pipe (312) and air conditioner water return water
It manages (313), the air conditioner water water supplying pipe (312) is connected with cold warm water water main (1), the air conditioner water return pipe (313)
It is connected with cold warm water return main (2), the water inlet end and the boiler discharging tube of the heating source water inlet pipe (309)
(302) the second branch connection, the water outlet of the heating source return pipe (311) connect the boiler blow-down water pipe (103).
8. cold, heat and power triple supply system according to claim 7, which is characterized in that the client water supplying pipe (307) with
Air conditioner water water supplying pipe (312) is equipped with third temperature sensor (314) and the 4th temperature sensor (315), the boiler water outlet
(302), domestic hot-water's water system and heating system junction is managed to be equipped with according to the third temperature sensor (314) and the 4th
The feedback data of temperature sensor (315) controls the electric three passes tune of boiler discharging tube (302) the high temperature water flow distribution
Save valve.
9. cold, heat and power triple supply system according to claim 7, which is characterized in that the boiler heating system further includes two
The pipe diameter of grade domestic hot-water's water system, the second level domestic hot-water water system is less than domestic hot-water's water system
Pipe diameter, the second level domestic hot-water water system include by second level domestic hot-water's heat source water inlet pipe (316), second level supply water
Heat exchanger (317), second level domestic hot-water's heat source return pipe (318) are sequentially connected in series the pipe-line system to be formed, and the second level water supply is changed
Hot device (317) connection second level client water supplying pipe (319) and second level client return pipe (320), the second level domestic hot-water heat
The water inlet end of source water inlet pipe (316) is connected to domestic hot-water's heat source water inlet pipe (304), and the second level domestic hot-water heat source returns
The water outlet of water pipe (318) connects the boiler blow-down water pipe (303), the second level client water supplying pipe (319) and domestic hot-water
Water main (3) is connected, and the second level client return pipe (320) is connected with domestic hot-water return main (4).
10. cold, heat and power triple supply system according to claim 3, which is characterized in that on the cold warm water return main (2)
Equipped with side water collector (6), the cold warm water water main (1) is equipped with level-one pressure charging system and Two Stage Turbocharging System, described cold
Warm water water main (1) is equipped with first flow sensor (7) and second flow sensor (8), the first flow sensor
(7) between the level-one pressure charging system and Two Stage Turbocharging System, the second flow sensor (8) is located at second level increasing
The downstream of pressure system is equipped between the cold warm water water main (1) and side water collector (6) according to the first flow sensor
(7) controlled with the feedback data of second flow sensor (8) the cold warm water water main (1) in the level-one pressure charging system and
Between Two Stage Turbocharging System with the balance pipe (9) of the flow equilibrium in the Two Stage Turbocharging System downstream.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711414007.8A CN109959045A (en) | 2017-12-24 | 2017-12-24 | A kind of heating system, refrigeration system and cold, heat and power triple supply system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711414007.8A CN109959045A (en) | 2017-12-24 | 2017-12-24 | A kind of heating system, refrigeration system and cold, heat and power triple supply system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109959045A true CN109959045A (en) | 2019-07-02 |
Family
ID=67020233
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711414007.8A Pending CN109959045A (en) | 2017-12-24 | 2017-12-24 | A kind of heating system, refrigeration system and cold, heat and power triple supply system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109959045A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112196666A (en) * | 2020-10-10 | 2021-01-08 | 辽宁华融富瑞新能源科技股份有限公司 | Energy efficiency optimization system for hydrogen energy triple supply |
-
2017
- 2017-12-24 CN CN201711414007.8A patent/CN109959045A/en active Pending
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112196666A (en) * | 2020-10-10 | 2021-01-08 | 辽宁华融富瑞新能源科技股份有限公司 | Energy efficiency optimization system for hydrogen energy triple supply |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN202813788U (en) | Gas water heater | |
| CN102109220B (en) | Instant-heating air source water heater and control method thereof | |
| CN111121288A (en) | Bathing water preparing system | |
| CN109959045A (en) | A kind of heating system, refrigeration system and cold, heat and power triple supply system | |
| CN107990145A (en) | A kind of liquefied natural gas gasifying system that can be achieved persistently to absorb heat under Cryogenic air environment | |
| CN104456972A (en) | Small memory-based intelligent heat supply boiler system | |
| CN107387259A (en) | A kind of heating available for cold, heat and electricity triple supply, the refrigeration system available for cold, heat and electricity triple supply and cold, heat and power triple supply system | |
| CN107062349A (en) | Boiler heating system and boiler heating main system | |
| CN207161222U (en) | A kind of heating available for cold, heat and electricity triple supply, the refrigeration system available for cold, heat and electricity triple supply and cold, heat and power triple supply system | |
| CN206959389U (en) | A kind of cooling heating and power generation system with bypass | |
| CN207163012U (en) | A kind of multifunction system that can be used for refrigeration or heating | |
| CN201779842U (en) | Energy-saving air source instant water heater | |
| CN107388323A (en) | A kind of boiler heating system | |
| CN211060422U (en) | Solar energy and gas boiler heat medium combined full-time hot water supply system | |
| CN211876356U (en) | Bathing water preparing system | |
| CN207163011U (en) | A kind of cold-hot combined supply system | |
| CN207715967U (en) | A kind of distributed natural gas heating system | |
| CN208606262U (en) | A kind of solar-energy air-energy bimodulus hot water supply apparatus | |
| CN209116432U (en) | Intelligent more family heating systems | |
| CN207162688U (en) | A kind of boiler heating system | |
| CN206803289U (en) | A kind of high efficiency composition thermal source health hot water heating system with stabilizing measures | |
| CN206843312U (en) | A kind of cooling water heating constant-temperature equipment for producing double matte glass pressing machines | |
| CN109959044A (en) | A kind of system freezed or heated | |
| CN204285830U (en) | A kind of memory-type intelligent small heating boiler system | |
| CN205783707U (en) | Space can central authorities' boiling system |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
| WD01 | Invention patent application deemed withdrawn after publication | ||
| WD01 | Invention patent application deemed withdrawn after publication |
Application publication date: 20190702 |