CN106016823A - Air conditioner system based on integration of solar energy and buildings and control method - Google Patents

Air conditioner system based on integration of solar energy and buildings and control method Download PDF

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Publication number
CN106016823A
CN106016823A CN201610288775.2A CN201610288775A CN106016823A CN 106016823 A CN106016823 A CN 106016823A CN 201610288775 A CN201610288775 A CN 201610288775A CN 106016823 A CN106016823 A CN 106016823A
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China
Prior art keywords
air
temperature
adjusting valve
damping
under
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CN201610288775.2A
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Chinese (zh)
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CN106016823B (en
Inventor
郭永辉
尹奎
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中建三局第建设工程有限责任公司
中建三局第一建设工程有限责任公司
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Priority to CN201610288775.2A priority Critical patent/CN106016823B/en
Publication of CN106016823A publication Critical patent/CN106016823A/en
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Publication of CN106016823B publication Critical patent/CN106016823B/en

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    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F25REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
    • F25BREFRIGERATION MACHINES, PLANTS OR SYSTEMS; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT-PUMP SYSTEMS
    • F25B29/00Combined heating and refrigeration systems, e.g. operating alternately or simultaneously
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F03MACHINES OR ENGINES FOR LIQUIDS; WIND, SPRING, OR WEIGHT MOTORS; PRODUCING MECHANICAL POWER OR A REACTIVE PROPULSIVE THRUST, NOT OTHERWISE PROVIDED FOR
    • F03GSPRING, WEIGHT, INERTIA OR LIKE MOTORS; MECHANICAL-POWER PRODUCING DEVICES OR MECHANISMS, NOT OTHERWISE PROVIDED FOR OR USING ENERGY SOURCES NOT OTHERWISE PROVIDED FOR
    • F03G6/00Devices for producing mechanical power from solar energy
    • F03G6/02Devices for producing mechanical power from solar energy using a single state working fluid
    • F03G6/04Devices for producing mechanical power from solar energy using a single state working fluid gaseous
    • F03G6/045Devices for producing mechanical power from solar energy using a single state working fluid gaseous by producing an updraft of heated gas, e.g. air driving an engine
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F6/00Air-humidification, e.g. cooling by humidification
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F25REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
    • F25BREFRIGERATION MACHINES, PLANTS OR SYSTEMS; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT-PUMP SYSTEMS
    • F25B49/00Arrangement or mounting of control or safety devices
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F05INDEXING SCHEMES RELATING TO ENGINES OR PUMPS IN VARIOUS SUBCLASSES OF CLASSES F01-F04
    • F05BINDEXING SCHEME RELATING TO WIND, SPRING, WEIGHT, INERTIA OR LIKE MOTORS, TO MACHINES OR ENGINES FOR LIQUIDS COVERED BY SUBCLASSES F03B, F03D AND F03G
    • F05B2240/00Components
    • F05B2240/90Mounting on supporting structures or systems
    • F05B2240/91Mounting on supporting structures or systems on a stationary structure
    • F05B2240/911Mounting on supporting structures or systems on a stationary structure already existing for a prior purpose
    • F05B2240/9111Mounting on supporting structures or systems on a stationary structure already existing for a prior purpose which is a chimney
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F6/00Air-humidification, e.g. cooling by humidification
    • F24F2006/008Air-humidifier with water reservoir
    • YGENERAL 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
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02BCLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
    • Y02B10/00Integration of renewable energy sources in buildings
    • Y02B10/20Solar thermal
    • YGENERAL 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
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02BCLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
    • Y02B10/00Integration of renewable energy sources in buildings
    • Y02B10/30Wind power
    • YGENERAL 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
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02EREDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E10/00Energy generation through renewable energy sources
    • Y02E10/40Solar thermal energy, e.g. solar towers
    • Y02E10/46Conversion of thermal power into mechanical power, e.g. Rankine, Stirling or solar thermal engines
    • YGENERAL 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
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02EREDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E70/00Other energy conversion or management systems reducing GHG emissions
    • Y02E70/30Systems combining energy storage with energy generation of non-fossil origin

Abstract

The invention provides an air conditioner system based on integration of solar energy and buildings. The air conditioner system comprises a first air duct, a second air duct, a solar heat collection device, a power supply device, a pressurization device, a reheating device, a cooling and heating device, a humidifying device, a temperature and voltage controller, a circuit controller, a voltage sensor, a temperature sensor, a first circuit breaker, a second circuit breaker, a first air volume adjusting valve, a second air volume adjusting valve, a third air volume adjusting valve, a first temperature probe and a second temperature probe. The solar heat collection device comprises a first solar heat collector and a second solar heat collector. The invention further provides a control method of the air conditioner system based on integration of the solar energy and the buildings, and the multiple functions of heating, cooling and power generation can be integrated.

Description

A kind of air conditioning system based on building integration and control method

Technical field

The present invention relates to Solar use and conditioner utilizes technical field, particularly relate to one Air conditioning system based on building integration and control method.

Background technology

The consumption of the energy spreads over the various aspects wherein architectural energy consumption proportion of life and is about 1/4, Even account for close to 1/3 in some developed country.This is a source of energy consumption the biggest.Building energy consumption Refer to the energy that consumed during building uses, including illumination, electrical equipment, heating, freeze, set Execute, cooking etc..Along with living standards of the people improve constantly, building energy consumption also can constantly increase.In the face of big The produced pollution destruction to living environment in amount energy use, all knowledgeable people appeal to want real energetically Existing sustainable development, it is necessary to start with from the saving of the energy, preferably developed solar energy.The sun is every The energy second being radiated earth surface is about 17,000,000,000,000 kilowatts, is equivalent to the 1 year energy in the current whole world 3.5 ten thousand times of total flow.Solar energy is as a kind of widely distributed, inexhaustible, nexhaustible nothing Pollute clean energy resource, be significantly better than other regenerative resources such as wind energy, water energy, bioenergy, be mankind societies The first-selected energy of meeting sustainable development, develops the important channel that solar energy is building energy conservation.Exploitation is too Sun can utilization under construction be an imperative cause.The enforcement of building integration must Surely can be for realizing one good opportunity of offer that new energy development utilizes.Accordingly, it is proposed that more comprehensive Heat supply, cooling, generating multi-functional in a kind of based on building integration the air-conditioning system of one System and control method.

Summary of the invention

One of the technical problem to be solved in the present invention, is to provide a kind of based on building integration Air conditioning system, it is possible to realize heat supply, cooling, generating multi-functional in one.

One of problem of the present invention, is achieved in that

A kind of air conditioning system based on building integration, described air conditioning system includes one first wind Pipe, one second airduct, a solar energy heat collector, a supply unit, a pressue device, again and again hot charging Put, a cooling and heating unit, a damping device, a temperature voltage controller, a circuit controller, one Voltage sensor, a temperature sensor, one first chopper, one second chopper, one first air quantity are adjusted Joint valve, one second air-quantity adjusting valve, one the 3rd air-quantity adjusting valve, one first temperature probe and Second temperature probe;Described solar energy heat collector includes one first solar thermal collector and one second sun Can heat collector;

The outside of architectural exterior-protecting construction is located at by described first airduct, and building enclosure knot is located at by described second airduct The inner side of structure, is divided into two passages, one passage two-port to be respectively equipped with solar energy collection by described first airduct Hot device air intake and solar thermal collector air outlet slit, be sequentially placed described first sun in this passage Energy heat collector, described first air-quantity adjusting valve and described second solar thermal collector, described solar energy collection One end of thermal communicates with outside atmosphere, and the other end is positioned in described first airduct;Its another passage It is connected with described second airduct, in this passage, is placed with described second air-quantity adjusting valve, this passage Side end is additionally provided with outdoor fresh wind port, and described 3rd air-quantity adjusting valve is positioned over described outdoor fresh wind port On;The two-port of described second airduct is respectively equipped with indoor return air mouth and air conditioning system air outlet, from indoor Return air inlet to air conditioning system air outlet be sequentially placed described pressue device, described reheat machine and described in add Wet device;One end of described cooling and heating unit is positioned in described second solar thermal collector, the other end It is positioned between described pressue device and described reheat machine;Described first temperature probe and described second temperature Degree probe is respectively arranged at outside and the inner side of architectural exterior-protecting construction;

Described supply unit respectively with described voltage sensor, described circuit controller, described pressue device, Described reheat machine and described damping device connect, and described temperature voltage controller passes with described voltage respectively Sensor, described temperature sensor, described circuit controller, described first chopper, described second open circuit Device, described first air-quantity adjusting valve, described second air-quantity adjusting valve and described 3rd volume damper Door connects, and described first chopper is connected to described reheat machine, and described second chopper is connected to described Damping device, described first temperature probe and described second temperature probe are connected to described temperature sensor, Described circuit controller is connected with the one end being positioned in described cooling and heating unit in described second airduct.

Further, described cooling and heating unit includes one first metal heat-conducting plate, one second metal heat-conducting Plate, one the 3rd metal heat-conducting plate, a P-type semiconductor construction material and a N-type semiconductor Building wood Expecting, described first metal heat-conducting plate and described second metal heat-conducting plate are positioned in described second airduct, institute State the 3rd metal heat-conducting plate to be positioned in described second solar thermal collector, described P-type semiconductor Building wood Material one end be connected with described second metal heat-conducting plate, the other end of described P-type semiconductor construction material and Described 3rd metal heat-conducting plate connects, one end of described N-type semiconductor construction material and described first gold medal Belong to heat-conducting plate to connect, the other end of described N-type semiconductor construction material and described 3rd metal heat-conducting plate Connect, and described first metal heat-conducting plate and described second metal heat-conducting plate are connected to described circuit and control Device.

Further, described supply unit includes a turbogenerator and a direct-flow storage battery, described whirlpool Turbine generator is located between described first air-quantity adjusting valve and described solar thermal collector air outlet slit, institute State direct-flow storage battery respectively with described turbogenerator, described voltage sensor, described circuit controller, Described pressue device, described reheat machine and described damping device connect.

Further, described damping device includes a humidifier and a storage tank, the one of described humidifier End be positioned in described second airduct, its other end communicates with room atmosphere, described humidifier respectively with institute State storage tank and described second chopper connects.

Further, described pressue device is booster fan, and described reheat machine is resistance type heater.

The two of the technical problem to be solved in the present invention, are to provide a kind of based on building integration The control method of air conditioning system, it is possible to realize heat supply, cooling, generating multi-functional in one.

The two of the problem of the present invention, are achieved in that

The control method of a kind of air conditioning system based on building integration, described control method needs Above-mentioned a kind of based on building integration air conditioning system is provided, described control method include as Lower step:

Step 1, temperature T of setting indoorinIn the range of T1~T2, outdoor temperature be Tout, direct current The minimal protection voltage of battery feed is V0

Step 2, described direct-flow storage battery provide DC source, described in described voltage sensor continuous detecting The voltage V of DC battery power, when V is more than or equal to V0Time, institute is passed through in described temperature sensor State the first temperature probe and described second temperature probe carrys out temperature T of continuous detecting indoor and outdoorinAnd Tout, If TinEqual to Tout, then this air conditioning system does not works, and enters charging operating mode;If TinIt is more than or less than Tout, it specifically has:

Step 21, work as TinMore than T2Time, this air conditioning system is in air conditioner refrigerating operating mode, described temperature On the one hand sensor gives described temperature voltage controller one signal instruction, under this instruction, and described temperature electricity Pressure controller controls described cooling and heating unit and carries out cooling, and cuts off described reheat machine and described humidification The power supply of device so that indoor air themperature is reduced, and meanwhile, described reheat machine adds with described Wet device does not works;Described temperature sensor refers on the other hand to described another signal of temperature voltage controller Order, under this instruction, described first air-quantity adjusting valve is opened, described second air-quantity adjusting valve is closed And described 3rd air-quantity adjusting valve opens, the new wind of described solar thermal collector air intake is through described the After one solar thermal collector preheating, promote described turbogenerator work through described first air-quantity adjusting valve Make, charge for described direct-flow storage battery, through new wind and the described indoor return air mouth of described outdoor fresh wind port After return air mixing, add pressure at described pressue device, after described cooling and heating unit cools, warp Cross the heating of described reheat machine to humidify with described damping device, realize building by described air conditioning system air outlet Build the air regulation in interior space;

Step 22, work as TinLess than T1Time, this air conditioning system is in air-conditioning for thermal condition, described temperature On the one hand sensor gives described temperature voltage controller one signal instruction, under this instruction, and described temperature electricity Pressure controller controls described cooling and heating unit and carries out heat supply, and connects described reheat machine and described humidification The power supply of device so that indoor air themperature is raised, and meanwhile, described reheat machine adds with described Wet device works;Described temperature sensor refers on the other hand to described another signal of temperature voltage controller Order, under this instruction, described first air-quantity adjusting valve is closed, described second air-quantity adjusting valve is opened And described 3rd air-quantity adjusting valve close, described turbogenerator does not works, described solar thermal collector The new wind of air intake through described first solar thermal collector preheating after with through described indoor return air mouth After return air mixing, add pressure at described pressue device, after described cooling and heating unit heat temperature raising, warp After crossing the heating of described reheat machine and described damping device humidification, realized by described air conditioning system air outlet The air regulation in space in building;

Step 23, work as TinAt T1~T2Between time, this air conditioning system is in conditioning transition air operating mode in season, On the one hand described temperature sensor gives described temperature voltage controller one signal instruction, under this instruction, institute State temperature voltage controller and disconnect the power supply of described cooling and heating unit, also disconnect described reheat machine and institute State the power supply of damping device so that described cooling and heating unit does not works, meanwhile, described reheat machine with Described damping device does not works;On the other hand described temperature sensor gives described temperature voltage controller another One signal instruction, under this instruction, described first air-quantity adjusting valve aperture becomes the second air quantity big, described Controlling opening of valve diminishes and described 3rd air-quantity adjusting valve is closed, and described solar thermal collector air enters The new wind of mouth is after described first solar thermal collector preheating, and the new wind of a part is through described first air quantity regulation Valve promotes the work of described turbogenerator, charges for described direct-flow storage battery;The new wind of another part and warp After crossing the return air mixing of described indoor return air mouth, add pressure at described pressue device, through described hot charging again After putting heating and described damping device humidification, space in realizing building by described air conditioning system air outlet Air regulates;

Described in step 3, described voltage sensor continuous detecting, the voltage V of DC battery power, works as V Less than V0Time, on the one hand described temperature sensor gives described temperature voltage controller one signal instruction, Under this instruction, described temperature voltage controller disconnects the power supply of described cooling and heating unit, also disconnects described Reheat machine and the power supply of described damping device so that described cooling and heating unit does not works, meanwhile, institute State reheat machine not work with described damping device;On the other hand described temperature sensor gives described temperature Another signal instruction of voltage controller, under this instruction, described first air-quantity adjusting valve open, described Second air-quantity adjusting valve is closed and described 3rd air-quantity adjusting valve is closed, and described solar thermal collector is empty The new wind of gas entrance, after described first solar thermal collector preheating, pushes away through described first air-quantity adjusting valve Dynamic described turbogenerator work, charges for described direct-flow storage battery;The return air of described indoor return air mouth exists Described pressue device adds pressure, after the heating of described reheat machine humidifies with described damping device, passes through Described air conditioning system air outlet realizes the air circulation in the interior space of building.

Further, described step 21 particularly as follows:

Work as TinMore than T2Time, this air conditioning system is in air conditioner refrigerating operating mode, described temperature sensor one side Described temperature voltage controller one signal instruction is given in face, and under this instruction, described temperature voltage controller is opened Open described circuit controller so that the positive pole of described DC battery power is by described circuit controller even Being connected to described first metal heat-conducting plate, the negative pole of described DC battery power passes through described circuit controller It is connected to described second metal heat-conducting plate, under the effect of electric field, utilizes the difference of the outer temperature difference of architecture indoor, Make the described P-type semiconductor construction material inside architectural exterior-protecting construction and described second metal heat-conducting plate Between node and described N-type semiconductor construction material and described first metal heat-conducting plate between joint Point temperature lowers, and under the free convection effect with radiation, the air themperature in pressurized segment is reduced; Meanwhile, described temperature voltage controller is by described first chopper and described second circuit breaker trip Described reheat machine and the power supply of described damping device, described reheat machine and described damping device not work Make;On the other hand described temperature sensor gives described another signal instruction of temperature voltage controller, refers at this Under order, described first air-quantity adjusting valve is opened, described second air-quantity adjusting valve closedown and the described 3rd Air-quantity adjusting valve is opened, and the new wind of described solar thermal collector air intake is through described first solar energy collection After the preheating of hot device, under the effect of stack effect, promote described turbine through described first air-quantity adjusting valve Generator operation, charges for described direct-flow storage battery, through new wind and the described indoor of described outdoor fresh wind port After the return air mixing of return air inlet, after described cooling and heating unit cools, add at described pressue device Under the effect of pressure fan, humidify with described damping device, by described sky through the heating of described reheat machine Adjusting system air outlet realizes the air regulation in the interior space of building.

Further, described step 22 particularly as follows:

Work as TinLess than T1Time, this air conditioning system is in air-conditioning for thermal condition, described temperature sensor one side Described temperature voltage controller one signal instruction is given in face, and under this instruction, described temperature voltage controller is opened Open described circuit controller so that the positive pole of described DC battery power is by described circuit controller even Being connected to described second metal heat-conducting plate, the negative pole of described DC battery power passes through described circuit controller It is connected to described first metal heat-conducting plate, under the effect of electric field, utilizes the difference of the outer temperature difference of architecture indoor, Make the described P-type semiconductor construction material inside architectural exterior-protecting construction and described second metal heat-conducting plate Intermediate node and the intermediate node temperature of described N-type semiconductor construction material and described first metal heat-conducting plate Degree rises, and under the free convection effect with radiation, the air themperature in pressurized segment is raised;With This simultaneously, described temperature voltage controller is by described first chopper and described second closing of power circuit breaker institute Stating reheat machine and the power supply of described damping device, described reheat machine works with described damping device;Institute State temperature sensor on the other hand to described another signal instruction of temperature voltage controller, under this instruction, Described first air-quantity adjusting valve is closed, described second air-quantity adjusting valve is opened and described 3rd air quantity is adjusted Joint valve closing, described turbogenerator does not works, the new wind warp of described solar thermal collector air intake Described first solar thermal collector preheating after with after the return air of described indoor return air mouth mixes, through described After cooling and heating unit heat temperature raising, under the effect of described pressue device booster fan, through described again After thermal heating humidifies with described damping device, empty in realizing building by described air conditioning system air outlet Between air regulation.

Further, described step 23 particularly as follows:

Step 23, work as TinAt T1~T2Between time, this air conditioning system is in conditioning transition air operating mode in season, On the one hand described temperature sensor gives described temperature voltage controller one signal instruction, under this instruction, institute State temperature voltage controller open described circuit controller so that the positive pole of described DC battery power with Negative pole simultaneously switches off and the described first metal heat-conducting plate in described cooling and heating unit and described second gold medal Belonging to the connection of heat-conducting plate, the most described cooling and heating unit does not works;Meanwhile, described temperature voltage control Device processed disconnects described reheat machine and described humidification by described first chopper with described second chopper The power supply of device, described reheat machine does not works with described damping device;Described temperature sensor the opposing party Described another signal instruction of temperature voltage controller, under this instruction, described first volume damper are given in face Door aperture becomes the second air-quantity adjusting valve aperture big, described and diminishes and described 3rd air-quantity adjusting valve pass Close, the new wind of described solar thermal collector air intake through described first solar thermal collector preheating after, one The new wind of part, under the effect of stack effect, promotes described turbine to send out through described first air-quantity adjusting valve Motor works, and charges for described direct-flow storage battery;The new wind of another part with through described indoor return air mouth Return air mixing after, under the effect of described pressue device booster fan, through described reheat machine heating with After described damping device humidification, the air being realized the interior space of building by described air conditioning system air outlet is adjusted Joint.

Further, described step 3 particularly as follows:

Described in step 3, described voltage sensor continuous detecting, the voltage V of DC battery power, works as V Less than V0Time, on the one hand described temperature sensor gives described temperature voltage controller one signal instruction, Under this instruction, described circuit controller opened by described temperature voltage controller so that described direct-flow storage battery The positive pole of power supply and negative pole simultaneously switch off and the described first metal heat-conducting plate in described cooling and heating unit And the connection of described second metal heat-conducting plate, the most described cooling and heating unit does not works;Meanwhile, institute State temperature voltage controller by hot charging again described in described first chopper and described second circuit breaker trip Putting and the power supply of described damping device, described reheat machine does not works with described damping device;Described temperature On the other hand described another signal instruction of temperature voltage controller given by sensor, under this instruction, and described the One air-quantity adjusting valve is opened, described second air-quantity adjusting valve is closed and described 3rd air-quantity adjusting valve Close, the new wind of described solar thermal collector air intake through described first solar thermal collector preheating after, Under the effect of stack effect, promote the work of described turbogenerator through described first air-quantity adjusting valve, Charge for described direct-flow storage battery;The return air of described indoor return air mouth is at described pressue device booster fan Under effect, after the heating of described reheat machine humidifies with described damping device, by described air conditioning system Air outlet realizes the air circulation in the interior space of building.

Present invention have the advantage that

1, air conditioning system and the control method of the present invention are reliable, it is possible to safeguards system works normally and efficiently, Realize heat supply, cooling, insulation multi-functional in one;

2, simple to operate, change according to building internal and external temperature size, direct current in device of solar generating The size of the voltage of storage power, realizes switching corresponding circuit system by the switch of linkage regulation chopper System;

3, installation is simple, and after installation and debugging, operating cost is low;

4, the air conditioning system in the present invention can be with Non-follow control, it is also possible to automatically control, and the suitability is strong.

5, the air conditioning system of the present invention is run power and is relied on solar energy and the building internal and external temperature temperature difference, Energy-efficient, economical and effective.

6, the air conditioning system of the present invention is had a style of one's own, it is achieved heat supply, cooling and generate electricity multi-functional, no Limited by external power source etc..

Accompanying drawing explanation

The present invention is further illustrated the most in conjunction with the embodiments.

Fig. 1 is the principle schematic of a kind of air conditioning system based on building integration of the present invention.

Fig. 2 is the summer cooling fortune of a kind of air conditioning system based on building integration of the present invention The fundamental diagram of row.

Fig. 3 is the Winter heat supply fortune of a kind of air conditioning system based on building integration of the present invention The fundamental diagram of row.

Fig. 4 is the transition season fortune of a kind of air conditioning system based on building integration of the present invention The fundamental diagram of row.

Fig. 5 is the generator operation of a kind of air conditioning system based on building integration of the present invention Fundamental diagram.

Fig. 6 is that the control method of a kind of air conditioning system based on building integration of the present invention is held Row flow chart.

Fig. 7 is that the circuit of direct-flow storage battery in the present invention connects and the control connection of temperature voltage controller Structural representation.

Label declaration in figure:

1-the first airduct, 2-the second airduct, 3-solar energy heat collector, 31-the first solar thermal collector, 32-the second solar thermal collector, 4-turbine generator, 41-turbogenerator, 42-direct-flow storage battery, 5-pressue device, 6-reheat machine, 7-cooling and heating unit, 71-the first metal heat-conducting plate, 72-second Metal heat-conducting plate, 73-the 3rd metal heat-conducting plate, 74-P type quasiconductor construction material, 75-N type quasiconductor Construction material, 8-damping device, 81-humidifier, 82-storage tank, 9-temperature voltage controller, 10-electricity Road controller, 11-voltage sensor, 12-temperature sensor, 13-the first chopper, 14-the second open circuit Device, 15-the first air-quantity adjusting valve, 16-the second air-quantity adjusting valve, 17-the 3rd air-quantity adjusting valve, 18-the first temperature probe, 19-the second temperature probe, 20-solar thermal collector air intake, the 21-sun Can heat collector air outlet slit, 22-outdoor fresh wind port, 23-indoor return air mouth, 24-air conditioning system air outlet.

Detailed description of the invention

For making the present invention become apparent, existing with a preferred embodiment, and coordinate accompanying drawing to elaborate As follows.

Referring to, shown in Fig. 1 and Fig. 7, to have in figure: the connection of straight line represents that structure connects, long dotted line is even Connecing expression signal to connect, short dash line connects and represents that control connects, and dotted line connects indication circuit and connects;This A kind of based on building integration the air conditioning system of invention, described air conditioning system includes one first Airduct 1,1 second airduct 2, solar energy heat collector 3, turbine generator 4, one adds and press-fits Put 5, one reheat machine 6, cooling and heating unit 7, damping device 8, temperature voltage controller 9, circuit controller 10, voltage sensor 11, temperature sensor 12,1 first chopper 13, one second chopper 14,1 first air-quantity adjusting valve 15,1 second air-quantity adjusting valve 16, One the 3rd air-quantity adjusting valve 17,1 first temperature probe 18 and one second temperature probe 19;Described Solar energy heat collector 3 includes one first solar thermal collector 31 and one second solar thermal collector 32, described turbine generator 4 includes turbogenerator 41 and a direct-flow storage battery 42, described Cooling and heating unit 7 includes one first metal heat-conducting plate 71,1 second metal heat-conducting plate 72, the 3rd Metal heat-conducting plate 73, one P-type semiconductor construction material 74 and a N-type semiconductor construction material 75, Described damping device 8 includes humidifier 81 and a storage tank 82;

The outside of architectural exterior-protecting construction is located at by described first airduct 1, and described second airduct 2 is located at building and is enclosed The inner side of protection structure, described first airduct 1 is connected with described second airduct 2;Described first airduct 1 Vertical passage two-port to be respectively equipped with solar thermal collector air intake 20 and solar thermal collector empty Gas outlet 21, described first solar thermal collector 31, described first air-quantity adjusting valve 15, described the Two solar thermal collectors 32 and described turbogenerator 41 are placed in the longitudinal direction of described first airduct 1 and lead to In road, described 3rd metal heat-conducting plate 73 is positioned in described second solar thermal collector 32, and described One end of one solar thermal collector 31 and described second solar thermal collector 32 communicates with outside atmosphere, separately One end is positioned in the vertical passage of described first airduct 1, and described second air-quantity adjusting valve 16 is placed In the interconnection of described first airduct 1, the interconnection of described first airduct 1 is additionally provided with outdoor Fresh wind port 22, described 3rd air-quantity adjusting valve 17 is positioned on described outdoor fresh wind port 22;Described The two-port of the second airduct 2 is respectively equipped with indoor return air mouth 23 and air conditioning system air outlet 24, from room Interior return air inlet 23 has been sequentially placed described pressue device 5, described first gold medal to air conditioning system air outlet 24 Belong to heat-conducting plate 71, described second metal heat-conducting plate 72, described reheat machine 6 and described humidifier 81, And one end of described humidifier 81 communicates with outside atmosphere, the other end is positioned in described second airduct 2; Described first temperature probe 18 and described second temperature probe 19 are respectively arranged at outside architectural exterior-protecting construction Side and inner side;

Described direct-flow storage battery 42 respectively with described turbogenerator 41, described voltage sensor 11, institute State circuit controller 10, described pressue device 5, described reheat machine 6 and described humidifier 81 to connect, Described temperature voltage controller 9 respectively with described voltage sensor 11, described temperature sensor 12, institute State circuit controller 10, described first chopper 13, described second chopper 14, described first air quantity Control valve 15, described second air-quantity adjusting valve 16 and described 3rd air-quantity adjusting valve 17 connect, Described first chopper 13 is connected to described reheat machine 6, and described second chopper 14 is connected to described Humidifier 81, described humidifier 81 is additionally coupled to described storage tank 82, described first temperature probe 18 And described second temperature probe 19 is connected to described temperature sensor 12, described circuit controller 10 It is connected with described first metal heat-conducting plate 71 and described second metal heat-conducting plate 72 respectively, described p-type half One end of conductor construction material 74 is connected with described second metal heat-conducting plate 72, and described P-type semiconductor is built The other end building material 74 is connected with described 3rd metal heat-conducting plate 73, and described N-type semiconductor is built One end of material 75 is connected with described first metal heat-conducting plate 71, described N-type semiconductor construction material The other end of 75 is connected with described 3rd metal heat-conducting plate 73.

The most specifically having, described pressue device 5 is booster fan, and described reheat machine 6 adds for resistance-type Hot device.

As shown in Figures 2 to 7, figure has: the connection of straight line represents that structure connects, long dotted line connection table Showing that signal connects, short dash line connects and represents that control connects, and dotted line connects indication circuit and connects;The present invention The control method of a kind of based on building integration air conditioning system, described control method need to carry For above-mentioned a kind of based on building integration air conditioning system, described control method includes as follows Step:

Step 1, temperature T of setting indoorinTemperature in the range of 12 DEG C~28 DEG C, outdoor is Tout、 The minimal protection voltage V of DC battery power0It it is 8 volts;

Step 2, described direct-flow storage battery 42 provide DC source, described voltage sensor 11 to examine continuously Surveying the voltage V of described direct-flow storage battery 42 power supply, when V is more than or equal to 8 volts, described temperature passes It is indoor that sensor 12 carrys out continuous detecting by described first temperature probe 18 and described second temperature probe 19 Outer temperature TinAnd ToutIf, TinEqual to Tout, then this air conditioning system does not works, and enters charging operating mode; If TinMore than or less than Tout, it specifically has:

Step 21, work as TinDuring more than 28 DEG C, this air conditioning system is in air conditioner refrigerating operating mode, described temperature Sensor 12 1 aspect gives described temperature voltage controller 9 one signal instruction, under this instruction, described Described circuit controller 10 opened by temperature voltage controller 9 so that described direct-flow storage battery 42 power supply Positive pole is connected to described first metal heat-conducting plate 71, described direct current electric power storage by described circuit controller 10 The negative pole of pond 42 power supply is connected to described second metal heat-conducting plate 72 by described circuit controller 10, Under the effect of electric field, utilize the difference of the outer temperature difference of architecture indoor so that the institute inside architectural exterior-protecting construction State the node between P-type semiconductor construction material 74 and described second metal heat-conducting plate 72 and described N Node temperature between type quasiconductor construction material 75 and described first metal heat-conducting plate 71 lowers, Free convection is with under the effect of radiation, and the air themperature in pressurized segment is reduced;Meanwhile, described Temperature voltage controller 9 by described first chopper 13 and described second chopper 14 cut off described in again Thermal 6 and the power supply of described damping device 81, described reheat machine 6 and described damping device 81 Do not work;Described temperature sensor 12 refers on the other hand to described another signal of temperature voltage controller 9 Order, under this instruction, described first air-quantity adjusting valve 15 is opened, described second air-quantity adjusting valve 16 closedowns and described 3rd air-quantity adjusting valve 17 are opened, described solar thermal collector air intake 20 New wind through described first solar thermal collector 31 preheating after, under the effect of stack effect, through described First air-quantity adjusting valve 15 promotes described turbogenerator 41 to work, for described direct-flow storage battery 42 Charging, after the described outdoor new wind of fresh wind port 22 mixes with the return air of described indoor return air mouth 23, Under the effect of described pressue device 5 booster fan, after described cooling and heating unit 7 cools, warp Cross the heating of described reheat machine 6 to humidify with described damping device 8, by described air conditioning system air outlet The 24 air regulations realizing the interior space of building;

Step 22, work as TinDuring less than 12 DEG C, this air conditioning system is in air-conditioning for thermal condition, described temperature Sensor 12 1 aspect gives described temperature voltage controller 9 one signal instruction, under this instruction, described Described circuit controller 10 opened by temperature voltage controller 9 so that described direct-flow storage battery 42 power supply Positive pole is connected to described second metal heat-conducting plate 72, described direct current electric power storage by described circuit controller 10 The negative pole of pond 42 power supply is connected to described first metal heat-conducting plate 71 by described circuit controller 10, Under the effect of electric field, utilize the difference of the outer temperature difference of architecture indoor so that the institute inside architectural exterior-protecting construction State P-type semiconductor construction material 74 and the intermediate node of described second metal heat-conducting plate 72 and described N Between type quasiconductor construction material 75 and described first metal heat-conducting plate 71, node temperature liter comes up, certainly So convection current is with under the effect of radiation, and the air themperature in pressurized segment is raised;Meanwhile, described temperature Degree voltage controller 9 connects described reheating by described first chopper 13 with described second chopper 14 Device 6 and the power supply of described damping device 8, described reheat machine 6 works with described damping device 8; On the other hand described temperature sensor 12 gives described another signal instruction of temperature voltage controller 9, at this Under instruction, described first air-quantity adjusting valve 15 is closed, described second air-quantity adjusting valve 16 is opened and Described 3rd air-quantity adjusting valve 17 is closed, and described turbogenerator 41 does not works, described solar energy collection The new wind of hot device air intake 20 through described first solar thermal collector 31 preheating after with through described indoor After the return air mixing of return air inlet 23, under the effect of described pressue device 5 booster fan, through described confession After cold heating plant 7 heat temperature raising, add with described damping device 81 through the heating of described reheat machine 6 After wet, the air being realized the interior space of building by described air conditioning system air outlet 24 is regulated;

Step 23, work as TinTime between 12 DEG C~28 DEG C, this air conditioning system is in conditioning transition air seasonal worker Condition, described temperature sensor 12 1 aspect gives described temperature voltage controller 9 one signal instruction, at this Under instruction, described circuit controller 10 opened by described temperature voltage controller 9 so that described direct current stores The positive pole of battery 42 power supply and negative pole simultaneously switch off and described first gold medal in described cooling and heating unit 7 Belong to heat-conducting plate 71 and the connection of described second metal heat-conducting plate 72, the most described cooling and heating unit 7 not work Make;Meanwhile, described temperature voltage controller 9 is by described first chopper 13 and described second Chopper 14 disconnects described reheat machine 6 and the power supply of described damping device 8, described reheat machine 6 Do not work with described damping device 8;On the other hand described temperature sensor 12 gives described temperature voltage control Another signal instruction of device 9 processed, under this instruction, described first air-quantity adjusting valve 15 aperture become big, Described second air-quantity adjusting valve 16 aperture diminishes and described 3rd air-quantity adjusting valve 17 is closed, described The new wind of solar thermal collector air intake 20 through described first solar thermal collector 31 preheating after, one Divide new wind, under the effect of stack effect, promote described turbine through described first air-quantity adjusting valve 15 Electromotor 41 works, and charges for described direct-flow storage battery 42;The new wind of another part with through described indoor After the return air mixing of return air inlet 23, under the effect of described pressue device 5 booster fan, through described After reheat machine 6 heating humidifies with described damping device 8, real by described air conditioning system air outlet 24 The now air regulation in space in building;

The voltage V of direct-flow storage battery 42 power supply described in step 3, described voltage sensor 11 continuous detecting, When V is less than 8 volts, described temperature sensor 12 1 aspect believes to described temperature voltage controller 9 one Number instruction, under this instruction, described circuit controller 10 opened by described temperature voltage controller 9, makes Positive pole and the negative pole of described direct-flow storage battery 42 power supply simultaneously switch off with in described cooling and heating unit 7 Described first metal heat-conducting plate 71 and the connection of described second metal heat-conducting plate 72, the most described cooling supply Thermal 7 does not works;Meanwhile, described temperature voltage controller 9 is by described first chopper 13 cut off described reheat machine 6 and the power supply of described damping device 8, institute with described second chopper 14 State reheat machine 6 not work with described damping device 8;On the other hand described temperature sensor 12 gives institute State another signal instruction of temperature voltage controller 9, under this instruction, described first air-quantity adjusting valve 15 open, described second air-quantity adjusting valve 16 is closed and described 3rd air-quantity adjusting valve 17 is closed, The new wind of described solar thermal collector air intake 20 through described first solar thermal collector 31 preheating after, Under the effect of stack effect, promote described turbogenerator 41 through described first air-quantity adjusting valve 15 Work, charges for described direct-flow storage battery 42;The return air of described indoor return air mouth 23 press-fited in described adding Put under the effect of 5 booster fans, after the heating of described reheat machine 6 humidifies with described damping device 8, The air being realized the interior space of building by described air conditioning system air outlet 24 is circulated.

In sum, advantages of the present invention is as follows:

1, air conditioning system and the control method of the present invention are reliable, it is possible to safeguards system works normally and efficiently, Realize heat supply, cooling, insulation multi-functional in one;

2, simple to operate, change according to building internal and external temperature size, direct current in device of solar generating The size of the voltage of storage power, realizes switching corresponding circuit system by the switch of linkage regulation chopper System;

3, installation is simple, and after installation and debugging, operating cost is low;

4, the air conditioning system in the present invention can be with Non-follow control, it is also possible to automatically control, and the suitability is strong.

5, the air conditioning system of the present invention is run power and is relied on solar energy and the building internal and external temperature temperature difference, Energy-efficient, economical and effective.

6, the air conditioning system of the present invention is had a style of one's own, it is achieved heat supply, cooling and generate electricity multi-functional, no Limited by external power source etc..

Although the foregoing describing the detailed description of the invention of the present invention, but it is familiar with the technology people of the art Member should be appreciated that our described specific embodiment is merely exemplary rather than for this The restriction of bright scope, those of ordinary skill in the art are in the equivalence made according to the spirit of the present invention Modify and change, all should contain in the scope of the claimed protection of the present invention.

Claims (10)

1. an air conditioning system based on building integration, it is characterised in that: described air-conditioning System includes one first airduct, one second airduct, a solar energy heat collector, a supply unit, one adds Pressure device, a reheat machine, a cooling and heating unit, a damping device, a temperature voltage controller, One circuit controller, a voltage sensor, a temperature sensor, one first chopper, one second open circuit Device, one first air-quantity adjusting valve, one second air-quantity adjusting valve, one the 3rd air-quantity adjusting valve, one First temperature probe and one second temperature probe;Described solar energy heat collector includes one first solar energy collection Hot device and one second solar thermal collector;
The outside of architectural exterior-protecting construction is located at by described first airduct, and building enclosure knot is located at by described second airduct The inner side of structure, is divided into two passages, one passage two-port to be respectively equipped with solar energy collection by described first airduct Hot device air intake and solar thermal collector air outlet slit, be sequentially placed described first sun in this passage Energy heat collector, described first air-quantity adjusting valve and described second solar thermal collector, described solar energy collection One end of thermal communicates with outside atmosphere, and the other end is positioned in described first airduct;Its another passage It is connected with described second airduct, in this passage, is placed with described second air-quantity adjusting valve, this passage Side end is additionally provided with outdoor fresh wind port, and described 3rd air-quantity adjusting valve is positioned over described outdoor fresh wind port On;The two-port of described second airduct is respectively equipped with indoor return air mouth and air conditioning system air outlet, from indoor Return air inlet to air conditioning system air outlet be sequentially placed described pressue device, described reheat machine and described in add Wet device;One end of described cooling and heating unit is positioned in described second solar thermal collector, the other end It is positioned between described pressue device and described reheat machine;Described first temperature probe and described second temperature Degree probe is respectively arranged at outside and the inner side of architectural exterior-protecting construction;
Described supply unit respectively with described voltage sensor, described circuit controller, described pressue device, Described reheat machine and described damping device connect, and described temperature voltage controller passes with described voltage respectively Sensor, described temperature sensor, described circuit controller, described first chopper, described second open circuit Device, described first air-quantity adjusting valve, described second air-quantity adjusting valve and described 3rd volume damper Door connects, and described first chopper is connected to described reheat machine, and described second chopper is connected to described Damping device, described first temperature probe and described second temperature probe are connected to described temperature sensor, Described circuit controller is connected with the one end being positioned in described cooling and heating unit in described second airduct.
A kind of air conditioning system based on building integration the most according to claim 1, It is characterized in that: described cooling and heating unit include one first metal heat-conducting plate, one second metal heat-conducting plate, One the 3rd metal heat-conducting plate, a P-type semiconductor construction material and a N-type semiconductor construction material, Described first metal heat-conducting plate and described second metal heat-conducting plate are positioned in described second airduct, and described Three metal heat-conducting plates are positioned in described second solar thermal collector, described P-type semiconductor construction material One end is connected with described second metal heat-conducting plate, and the other end of described P-type semiconductor construction material is with described 3rd metal heat-conducting plate connects, and one end of described N-type semiconductor construction material is led with described first metal Hot plate connects, and the other end of described N-type semiconductor construction material is connected with described 3rd metal heat-conducting plate, And described first metal heat-conducting plate and described second metal heat-conducting plate are connected to described circuit controller.
A kind of air conditioning system based on building integration the most according to claim 1, It is characterized in that: described supply unit includes a turbogenerator and a direct-flow storage battery, described turbine Electromotor is located between described first air-quantity adjusting valve and described solar thermal collector air outlet slit, described Direct-flow storage battery respectively with described turbogenerator, described voltage sensor, described circuit controller, institute State pressue device, described reheat machine and described damping device to connect.
A kind of air conditioning system based on building integration the most according to claim 1, It is characterized in that: described damping device includes a humidifier and a storage tank, one end of described humidifier Being positioned in described second airduct, its other end communicates with room atmosphere, and described humidifier is respectively with described Storage tank and described second chopper connect.
A kind of air conditioning system based on building integration the most according to claim 1, It is characterized in that: described pressue device is booster fan, described reheat machine is resistance type heater.
6. the control method of an air conditioning system based on building integration, it is characterised in that: Described control method need to provide a kind of based on building integration Air conditioning system, described control method comprises the steps:
Step 1, temperature T of setting indoorinIn the range of T1~T2, outdoor temperature be Tout, direct current The minimal protection voltage of battery feed is V0
Step 2, described direct-flow storage battery provide DC source, described in described voltage sensor continuous detecting The voltage V of DC battery power, when V is more than or equal to V0Time, institute is passed through in described temperature sensor State the first temperature probe and described second temperature probe carrys out temperature T of continuous detecting indoor and outdoorinAnd Tout, If TinEqual to Tout, then this air conditioning system does not works, and enters charging operating mode;If TinIt is more than or less than Tout, it specifically has:
Step 21, work as TinMore than T2Time, this air conditioning system is in air conditioner refrigerating operating mode, described temperature On the one hand sensor gives described temperature voltage controller one signal instruction, under this instruction, and described temperature electricity Pressure controller controls described cooling and heating unit and carries out cooling, and cuts off described reheat machine and described humidification The power supply of device so that indoor air themperature is reduced, and meanwhile, described reheat machine adds with described Wet device does not works;Described temperature sensor refers on the other hand to described another signal of temperature voltage controller Order, under this instruction, described first air-quantity adjusting valve is opened, described second air-quantity adjusting valve is closed And described 3rd air-quantity adjusting valve opens, the new wind of described solar thermal collector air intake is through described the After one solar thermal collector preheating, promote described turbogenerator work through described first air-quantity adjusting valve Make, charge for described direct-flow storage battery, through new wind and the described indoor return air mouth of described outdoor fresh wind port After return air mixing, add pressure at described pressue device, after described cooling and heating unit cools, warp Cross the heating of described reheat machine to humidify with described damping device, realize building by described air conditioning system air outlet Build the air regulation in interior space;
Step 22, work as TinLess than T1Time, this air conditioning system is in air-conditioning for thermal condition, described temperature On the one hand sensor gives described temperature voltage controller one signal instruction, under this instruction, and described temperature electricity Pressure controller controls described cooling and heating unit and carries out heat supply, and connects described reheat machine and described humidification The power supply of device so that indoor air themperature is raised, and meanwhile, described reheat machine adds with described Wet device works;Described temperature sensor refers on the other hand to described another signal of temperature voltage controller Order, under this instruction, described first air-quantity adjusting valve is closed, described second air-quantity adjusting valve is opened And described 3rd air-quantity adjusting valve close, described turbogenerator does not works, described solar thermal collector The new wind of air intake through described first solar thermal collector preheating after with through described indoor return air mouth After return air mixing, add pressure at described pressue device, after described cooling and heating unit heat temperature raising, warp After crossing the heating of described reheat machine and described damping device humidification, realized by described air conditioning system air outlet The air regulation in space in building;
Step 23, work as TinAt T1~T2Between time, this air conditioning system is in conditioning transition air operating mode in season, On the one hand described temperature sensor gives described temperature voltage controller one signal instruction, under this instruction, institute State temperature voltage controller and disconnect the power supply of described cooling and heating unit, also disconnect described reheat machine and institute State the power supply of damping device so that described cooling and heating unit does not works, meanwhile, described reheat machine with Described damping device does not works;On the other hand described temperature sensor gives described temperature voltage controller another One signal instruction, under this instruction, described first air-quantity adjusting valve aperture becomes the second air quantity big, described Controlling opening of valve diminishes and described 3rd air-quantity adjusting valve is closed, and described solar thermal collector air enters The new wind of mouth is after described first solar thermal collector preheating, and the new wind of a part is through described first air quantity regulation Valve promotes the work of described turbogenerator, charges for described direct-flow storage battery;The new wind of another part and warp After crossing the return air mixing of described indoor return air mouth, add pressure at described pressue device, through described hot charging again After putting heating and described damping device humidification, space in realizing building by described air conditioning system air outlet Air regulates;
Described in step 3, described voltage sensor continuous detecting, the voltage V of DC battery power, works as V Less than V0Time, on the one hand described temperature sensor gives described temperature voltage controller one signal instruction, Under this instruction, described temperature voltage controller disconnects the power supply of described cooling and heating unit, also disconnects described Reheat machine and the power supply of described damping device so that described cooling and heating unit does not works, meanwhile, institute State reheat machine not work with described damping device;On the other hand described temperature sensor gives described temperature Another signal instruction of voltage controller, under this instruction, described first air-quantity adjusting valve open, described Second air-quantity adjusting valve is closed and described 3rd air-quantity adjusting valve is closed, and described solar thermal collector is empty The new wind of gas entrance, after described first solar thermal collector preheating, pushes away through described first air-quantity adjusting valve Dynamic described turbogenerator work, charges for described direct-flow storage battery;The return air of described indoor return air mouth exists Described pressue device adds pressure, after the heating of described reheat machine humidifies with described damping device, passes through Described air conditioning system air outlet realizes the air circulation in the interior space of building.
A kind of air conditioning system based on building integration the most according to claim 6 Control method, it is characterised in that: described step 21 particularly as follows:
Work as TinMore than T2Time, this air conditioning system is in air conditioner refrigerating operating mode, described temperature sensor one side Described temperature voltage controller one signal instruction is given in face, and under this instruction, described temperature voltage controller is opened Open described circuit controller so that the positive pole of described DC battery power is by described circuit controller even Being connected to described first metal heat-conducting plate, the negative pole of described DC battery power passes through described circuit controller It is connected to described second metal heat-conducting plate, under the effect of electric field, utilizes the difference of the outer temperature difference of architecture indoor, Make the described P-type semiconductor construction material inside architectural exterior-protecting construction and described second metal heat-conducting plate Between node and described N-type semiconductor construction material and described first metal heat-conducting plate between joint Point temperature lowers, and under the free convection effect with radiation, the air themperature in pressurized segment is reduced; Meanwhile, described temperature voltage controller is by described first chopper and described second circuit breaker trip Described reheat machine and the power supply of described damping device, described reheat machine and described damping device not work Make;On the other hand described temperature sensor gives described another signal instruction of temperature voltage controller, refers at this Under order, described first air-quantity adjusting valve is opened, described second air-quantity adjusting valve closedown and the described 3rd Air-quantity adjusting valve is opened, and the new wind of described solar thermal collector air intake is through described first solar energy collection After the preheating of hot device, under the effect of stack effect, promote described turbine through described first air-quantity adjusting valve Generator operation, charges for described direct-flow storage battery, through new wind and the described indoor of described outdoor fresh wind port After the return air mixing of return air inlet, after described cooling and heating unit cools, add at described pressue device Under the effect of pressure fan, humidify with described damping device, by described sky through the heating of described reheat machine Adjusting system air outlet realizes the air regulation in the interior space of building.
A kind of air conditioning system based on building integration the most according to claim 6 Control method, it is characterised in that: described step 22 particularly as follows:
Work as TinLess than T1Time, this air conditioning system is in air-conditioning for thermal condition, described temperature sensor one side Described temperature voltage controller one signal instruction is given in face, and under this instruction, described temperature voltage controller is opened Open described circuit controller so that the positive pole of described DC battery power is by described circuit controller even Being connected to described second metal heat-conducting plate, the negative pole of described DC battery power passes through described circuit controller It is connected to described first metal heat-conducting plate, under the effect of electric field, utilizes the difference of the outer temperature difference of architecture indoor, Make the described P-type semiconductor construction material inside architectural exterior-protecting construction and described second metal heat-conducting plate Intermediate node and the intermediate node temperature of described N-type semiconductor construction material and described first metal heat-conducting plate Degree rises, and under the free convection effect with radiation, the air themperature in pressurized segment is raised;With This simultaneously, described temperature voltage controller is by described first chopper and described second closing of power circuit breaker institute Stating reheat machine and the power supply of described damping device, described reheat machine works with described damping device;Institute State temperature sensor on the other hand to described another signal instruction of temperature voltage controller, under this instruction, Described first air-quantity adjusting valve is closed, described second air-quantity adjusting valve is opened and described 3rd air quantity is adjusted Joint valve closing, described turbogenerator does not works, the new wind warp of described solar thermal collector air intake Described first solar thermal collector preheating after with after the return air of described indoor return air mouth mixes, through described After cooling and heating unit heat temperature raising, under the effect of described pressue device booster fan, through described again After thermal heating humidifies with described damping device, empty in realizing building by described air conditioning system air outlet Between air regulation.
A kind of air conditioning system based on building integration the most according to claim 6 Control method, it is characterised in that: described step 23 particularly as follows:
Step 23, work as TinAt T1~T2Between time, this air conditioning system is in conditioning transition air operating mode in season, On the one hand described temperature sensor gives described temperature voltage controller one signal instruction, under this instruction, institute State temperature voltage controller open described circuit controller so that the positive pole of described DC battery power with Negative pole simultaneously switches off and the described first metal heat-conducting plate in described cooling and heating unit and described second gold medal Belonging to the connection of heat-conducting plate, the most described cooling and heating unit does not works;Meanwhile, described temperature voltage control Device processed disconnects described reheat machine and described humidification by described first chopper with described second chopper The power supply of device, described reheat machine does not works with described damping device;Described temperature sensor the opposing party Described another signal instruction of temperature voltage controller, under this instruction, described first volume damper are given in face Door aperture becomes the second air-quantity adjusting valve aperture big, described and diminishes and described 3rd air-quantity adjusting valve pass Close, the new wind of described solar thermal collector air intake through described first solar thermal collector preheating after, one The new wind of part, under the effect of stack effect, promotes described turbine to send out through described first air-quantity adjusting valve Motor works, and charges for described direct-flow storage battery;The new wind of another part with through described indoor return air mouth Return air mixing after, under the effect of described pressue device booster fan, through described reheat machine heating with After described damping device humidification, the air being realized the interior space of building by described air conditioning system air outlet is adjusted Joint.
A kind of air conditioning system based on building integration the most according to claim 6 Control method, it is characterised in that: described step 3 particularly as follows:
Described in step 3, described voltage sensor continuous detecting, the voltage V of DC battery power, works as V Less than V0Time, on the one hand described temperature sensor gives described temperature voltage controller one signal instruction, Under this instruction, described circuit controller opened by described temperature voltage controller so that described direct-flow storage battery The positive pole of power supply and negative pole simultaneously switch off and the described first metal heat-conducting plate in described cooling and heating unit And the connection of described second metal heat-conducting plate, the most described cooling and heating unit does not works;Meanwhile, institute State temperature voltage controller by hot charging again described in described first chopper and described second circuit breaker trip Putting and the power supply of described damping device, described reheat machine does not works with described damping device;Described temperature On the other hand described another signal instruction of temperature voltage controller given by sensor, under this instruction, and described the One air-quantity adjusting valve is opened, described second air-quantity adjusting valve is closed and described 3rd air-quantity adjusting valve Close, the new wind of described solar thermal collector air intake through described first solar thermal collector preheating after, Under the effect of stack effect, promote the work of described turbogenerator through described first air-quantity adjusting valve, Charge for described direct-flow storage battery;The return air of described indoor return air mouth is at described pressue device booster fan Under effect, after the heating of described reheat machine humidifies with described damping device, by described air conditioning system Air outlet realizes the air circulation in the interior space of building.
CN201610288775.2A 2016-05-04 2016-05-04 A kind of air-conditioning system and control method based on building integration CN106016823B (en)

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KR20140060971A (en) * 2012-11-13 2014-05-21 주식회사 제이앤에스에너지 Central control association management system of new renewable energy for air conditioning and heating
CN203687252U (en) * 2013-12-18 2014-07-02 西安工程大学 Solar electricity generation air conditioner combining evaporative cooling and ventilation panel wall
CN203744443U (en) * 2014-02-18 2014-07-30 西安工程大学 Wind energy, solar energy and dry air energy combined air conditioner
CN104197443A (en) * 2014-08-22 2014-12-10 西安工程大学 Renewable energy source, self-adaptation and energy gradient utilization integrated air-conditioning system
CN205066176U (en) * 2015-04-30 2016-03-02 魏磊 All -weather solar energy intelligence ecosystem
CN104930623A (en) * 2015-06-19 2015-09-23 山东远博建筑科技有限公司 Multifunctional fresh air conditioning system without outdoor unit

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