CN206302362U - A kind of wind-solar complementary type thermoelectricity collection, storage, for and Multi-class propagation association system - Google Patents
A kind of wind-solar complementary type thermoelectricity collection, storage, for and Multi-class propagation association system Download PDFInfo
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- CN206302362U CN206302362U CN201621327097.8U CN201621327097U CN206302362U CN 206302362 U CN206302362 U CN 206302362U CN 201621327097 U CN201621327097 U CN 201621327097U CN 206302362 U CN206302362 U CN 206302362U
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- 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
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/40—Solar thermal energy, e.g. solar towers
- Y02E10/44—Heat exchange systems
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- 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
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/50—Photovoltaic [PV] energy
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Abstract
The utility model belongs to new energy application field, disclose a kind of wind-solar complementary type thermoelectricity collection, storage, for and Multi-class propagation association system, including Ith area and IIth area, Ith area includes connected solar water heater heat-collecting system, phase change heat accumulator hold over system, multifunctional heat storage, heating water tank heat accumulation heating system, daily bath hot water supply system, user's winter heating system and daily drunk hot water supply system；IIth area includes connected low temperature and low pressure steam electricity generation system, wind and solar hybrid generating system, multifunctional heat storage heats the electric power system of water tank, user's air-conditioning and refrigeration for refrigerator electric power system, user's lighting power supply system and phase-transition heat-storage, the intelligence control system of water tank heat accumulation heating.The utility model has round-the-clock heat energy, multistage storage and utilization；Energy source variation；Have complementary advantages between each apparatus function with thermoelectricity according to season different advantages for carrying out centralized distribution.
Description
Technical field
The utility model belongs to new energy application field, more particularly, to a kind of wind-solar complementary type thermoelectricity collection, storage, for and it is many
The association system that level is utilized.
Background technology
Current Energy situation is urgent, exploitation and the utilization of fossil fuel, not only brings serious environmental pollution and ecology
The destruction of system, also results in fossil fuel itself and is on the verge of exhaustion, therefore the research of new energy is extremely urgent with utilization.In recent years
Come, countries in the world have all put into very big manpower and material resources, and Tremendous achievements in the research of new energy and using field.
Existing research is more and is mainly wind energy and solar energy, wind energy and solar power generation using wide new energy
Because its is pollution-free, safety, the features such as simple, resource is never exhausted is safeguarded, be expected to turn into 21 century most important new energy, and two
Person is clean energy resource, it is possible to achieve the zero-emission of carbon, but is shown due to being limited to the difference of the conditions such as various regions weather, geography
Unstable, the discontinuity of the energy.Want rationally efficiently to utilize wind energy and solar energy, also there is larger asking at present
Topic.The mankind start to make great efforts to seek a kind of electricity generation system for effectively combining wind energy and solar energy, and achieve certain achievement.
The utility model be related to a set of wind-solar complementary type thermoelectricity collection, storage, for and the association system that utilizes of multiple stage circulation, at present
Supporting technology of the present utility model has：Wind light mutual complementing power generation, low temperature and low pressure steam generating, electric power storage, phase-transition heat-storage, solar water
These technical fields are done briefly introduction by device application etc. below.
Wind light mutual complementing power generation, using local wind energy and the complementarity of solar energy resources, by wind power generating set and solar energy
The electricity generation system that photovoltaic cell group is integrated, the system is main by wind power generating set, solar-energy photo-voltaic cell group, control
The part compositions such as device, batteries, inverter, DC-AC load.The advantage of wind light mutual complementing power generation：When daylight is strong, wind
Typically small, when do not have illumination in the evening, wind is generally large；Summer, wind is small and sunlight is stronger, winter, and wind is big and sunlight is weaker.Too
It is positive to make wind and solar hybrid generating system that there is optimal matching, therefore scene in resource with wind energy complementarity in time
Complementary power generation system forms the best independent electric power supply of resources supplIes.Although what existing wind-light complementary system was used is all
Reproducible clean energy resource, with fabulous environmental benefit, but still suffers from some development obstacles：Solar energy and wind energy all have
Unstability, the shortcoming of discontinuity, existing wind and solar hybrid generating system uses photovoltaic generation, relatively costly, it is difficult to big
Scale development；Existing wind and solar hybrid generating system is essentially two Independent Power Generation systems of wind-power electricity generation and solar power generation
System, is not comprehensively utilized wind energy with solar energy, and utilization ratio is relatively low.
Electric power storage, at present using or the electric energy storing system that may use have hydroenergy storage station, Caes
System, battery, superconduction magnetic energy, flywheel and electric capacity etc..
Phase-transition heat-storage, has the advantages that phase transition process temperature change is small, energy storage density is big, and the research as heat storage technology is burnt
Point.It is required that the regenerative apparatus of storage heat energy has small volume, amount of stored heat is big, be easy to the features such as heating, heat release and control.
Solar water heater, is the device that solar energy is converted into heat energy, by water from low-temperature heat to high temperature, to meet
Hot water of the people in life, production is used.Solar water heater by structure type be divided into vacuum pipe solar water heater and
Flat solar water heater, mainly based on vacuum pipe solar water heater, occupies domestic 95% market share.Vacuum
Tubular type domestic solar water heater is made up of the correlation spare and accessory parts such as thermal-collecting tube, storage tank and support, and solar energy is converted into heat
Vacuum heat collection pipe can be relied primarily on, the principle that vacuum heat collection pipe is floated using hot water, cold water sinks makes water produce microcirculation.
The content of the invention
Problem to be solved in the utility model is to provide a kind of with wind light mutual complementing power generation, low temperature and low pressure steam generating, the sun
Can thermal-arrest, phase-transition heat-storage etc. be technical foundation, realize storage based on wind and solar hybrid generating system, solar water heater etc.,
Electricity and hot multistage storage and the purpose for efficiently utilizing in power supply and hot systems, it is adaptable to the scene that vast family and enterprise use
Complementary type thermoelectricity collection, storage, for and Multi-class propagation association system.
In order to solve the above technical problems, the technical solution adopted in the utility model is：A kind of wind-solar complementary type thermoelectricity collection,
Store, for and Multi-class propagation association system, including Ith area and IIth area, Ith area are solar energy heating, phase-transition heat-storage, water tank heat accumulation
And hot-zone is used, IIth area is wind light mutual complementing and low temperature and low pressure steam generating, electric power storage, electricity consumption area；Ith area includes being connected too
Positive energy water heater collecting system, phase change heat accumulator hold over system, multifunctional heat storage, heating water tank heat accumulation heating system are daily to wash
Bath hot water supply system, user's winter heating system and daily drunk hot water supply system；IIth area includes connected low temperature
Low-pressure steam electricity generation system, wind and solar hybrid generating system, multifunctional heat storage heats the electric power system of water tank, user's air-conditioning and refrigerator
Refrigeration electric power system, user's lighting power supply system and phase-transition heat-storage, the intelligence control system of water tank heat accumulation heating.
The solar water heater heat-collecting system includes solar water heater, and the phase change heat accumulator hold over system includes phase
Become storage heater, the phase change heat accumulator is connected with solar water heater by water pipe；The multifunctional heat storage, heating water tank heat accumulation
Heating system includes that multifunctional heat storage heats water tank, and the multifunctional heat storage heating water tank passes through water pipe and phase change heat accumulator respectively
It is connected with solar water heater, circulation is provided with the water pipe that multifunctional heat storage heating water tank is connected with solar water heater
Pump；The daily bath hot water supply system includes bathing unit, and the bathing unit passes through with multifunctional heat storage heating water tank
Water pipe is connected；User's winter heating system includes heating unit, and the heating unit leads to multifunctional heat storage heating water tank
Cross water pipe to be connected, circulating pump is provided with this section of water pipe；The daily drunk hot water supply system includes softening water tank, drinkable water
Heater box and edible hot water unit, the softening water tank pass through water pipe and drinkable water heater box and solar water heater phase respectively
Even, it is respectively arranged with above-mentioned two sections of water pipes and follows bad pump；The edible hot water unit is connected by water pipe with drinkable water heater box,
The drinkable water heater box is connected with multifunctional heat storage heating water tank；The phase change heat accumulator is used for water in I area's water pipe loop
The regulation and control of temperature, the multifunctional heat storage heating water tank is used for storage and heating to water in Ith area, while for daily bath hot water is supplied
System and user's winter heating system is answered to provide hot water, the daily drunk hot water supply system provides the user edible heat
Water.
The low temperature and low pressure steam electricity generation system includes vapor storage, low temperature and low pressure steam generator, the first controller
And battery, the vapor storage is connected by water pipe with solar water heater and low temperature and low pressure steam generator respectively, institute
State low temperature and low pressure steam generator to be connected with solar water heater by water pipe, the vapor storage in solar thermal collector to producing
Raw vapours is reclaimed and stored, and is generated electricity by low temperature and low pressure steam generator and electric power storage；First controller
It is connected with low temperature and low pressure steam generator and battery respectively；The wind and solar hybrid generating system includes photovoltaic battery panel, second
Controller, battery, wind-driven generator, frequency converter and the 3rd controller, the second controller respectively with photovoltaic battery panel and
Battery is connected, and the 3rd controller is connected with frequency converter and battery respectively, and the wind-driven generator is connected with frequency converter,
Realize wind light mutual complementing power generation and electric power storage；The electric power system of the multifunctional heat storage heating water tank includes inverter；The inverter
It is connected with battery；User's air-conditioning and refrigeration for refrigerator electric power system include power unit, the power unit and inverter
It is connected；User's lighting power supply system includes lighting unit, and the lighting unit is connected with inverter；The battery with simultaneously
Net circuit is connected, and to the multifunctional heat storage heating power unit of water tank, lighting unit, is powered and intelligent control unit is carried out
Power supply；The phase-transition heat-storage, the intelligence control system of water tank heat accumulation heating include intelligent control unit, the intelligent control unit
Some circulating pumps and magnetic valve on water pipe are arranged at by control, the regulation and control to water temperature in I area's water pipe loop and water is realized
Circulation.
Heat-insulation layer is provided with the Ith area water pipe loop.
Due to using above-mentioned technical proposal, (1) uses domestic type solar water heater as heat supply, the main body for steam,
The vapours produced in water heater drives small-sized low temperature and low pressure steam turbine to generate electricity after storage compression, efficiently utilizes the sun
Heat energy in energy water heater in institute's producing steam；(2) side being combined using phase change heat accumulator and multifunctional heat storage, heating water tank
Formula, realizes round-the-clock, the multistage storage and utilization of heat energy；(3) wind light mutual complementing power generation and low temperature and low pressure steam generating phase are used
With reference to mode, the variation of energy source is realized, while improve the utilization rate of waste heat；(4) deposited using the multistage of thermoelectricity
The mode for store up, utilizing, realizes the mutual supplement with each other's advantages between each apparatus function, farthest meets in user's normal life to heat
The basic demand of electricity；(5) using winter solar energy hot water heating, shower, summer electricity generation system is air-conditioning, the refrigeration of refrigerator is powered
Mode, thermoelectricity is dexterously carried out into centralized distribution according to the difference in season.
Brief description of the drawings
The utility model, advantage of the present utility model and realization are specifically described below with reference to accompanying drawing and with reference to example
Mode will be more obvious, and content is only used for explanation of the present utility model, without constituting to this reality wherein shown in accompanying drawing
With the new limitation gone up in all senses, in the accompanying drawings：
Fig. 1 is the utility model general structure schematic diagram
Fig. 2 is the sound zone system structural representation of the utility model I
Fig. 3 is the sound zone system structural representation of the utility model II
Fig. 4 is the area's solar water heater heat-collecting system structure diagram of the utility model I
Fig. 5 is the area's phase change heat accumulator hold over system structural representation of the utility model I
Fig. 6 is the area's multifunctional heat storage of the utility model I, heating water tank heat accumulation heating system structural representation
Fig. 7 is the daily bath hot water supply system structural representation in the area of the utility model I
Fig. 8 is the area user winter heating system structural representation of the utility model I
Fig. 9 is the daily drunk hot water supply system structural representation in the area of the utility model I
Figure 10 is the low temp area low-pressure steam power generation system structure schematic diagram of the utility model II
Figure 11 is the area's wind and solar hybrid generating system structural representation of the utility model II
Figure 12 is the electric power system structural representation that the area's multifunctional heat storage of the utility model II heats water tank
Figure 13 is the area user air-conditioning of the utility model II and refrigeration for refrigerator electric power system structural representation
Figure 14 is the area user lighting power supply system structural representation of the utility model II
Figure 15 is the area's phase-transition heat-storage of the utility model II, the Structure of intelligent control system schematic diagram of water tank heat accumulation heating
In figure：
1st, softening water tank 2, drinkable water heater box 3, multifunctional heat storage heating water tank
4th, hot water unit 5, heating unit 6, bathing unit
7th, solar water heater 8, phase change heat accumulator 9, intelligent control unit
10th, vapor storage 11, low temperature and low pressure steam generator 12, the first controller
13rd, photovoltaic battery panel 14, second controller 15, battery
16th, wind-driven generator 17, frequency converter 18, the 3rd controller
19th, inverter 20, power unit 21, lighting unit
S, water pipe D, circuit F, magnetic valve
B, circulating pump J, temperature/water-level gauge Q, tracheae
R, heater
Specific embodiment
As shown in Fig. 1 to Figure 15, a kind of wind-solar complementary type thermoelectricity collection of the utility model, storage, for and Multi-class propagation joint
System, including Ith area and IIth area, Ith area are solar energy heating, phase-transition heat-storage, water tank heat accumulation and use hot-zone, and IIth area is wind
Light complementation and low temperature and low pressure steam generating, electric power storage, electricity consumption area；Ith area includes connected solar water heater heat-collecting system, phase
Become storage heater hold over system, multifunctional heat storage, heating water tank heat accumulation heating system, daily bath hot water supply system, Yong Hudong
Season heating system and daily drunk hot water supply system；IIth area includes connected low temperature and low pressure steam electricity generation system, scene
Complementary power generation system, multifunctional heat storage heats the electric power system of water tank, user's air-conditioning and refrigeration for refrigerator electric power system, user's illumination
Electric power system and phase-transition heat-storage, the intelligence control system of water tank heat accumulation heating.
The solar water heater heat-collecting system includes solar water heater 7, and the phase change heat accumulator hold over system includes
Phase change heat accumulator 8, the phase change heat accumulator 8 is connected with solar water heater 7 by water pipe；The multifunctional heat storage, heating water
Case heat accumulation heating system includes that multifunctional heat storage heats water tank 3, and the multifunctional heat storage heating water tank 3 passes through water pipe and phase respectively
Become storage heater 8 to be connected with solar water heater 7, on the water pipe that multifunctional heat storage heating water tank 3 is connected with solar water heater 7
It is provided with circulating pump；The daily bath hot water supply system includes bathing unit 6, the bathing unit 6 and multifunctional heat storage
Heating water tank 3 is connected by water pipe；User's winter heating system include heating unit 5, the heating unit 5 with it is multi-functional
Heat accumulation is heated water tank 3 and is connected by water pipe, and circulating pump is provided with this section of water pipe；The daily drunk hot water supply system includes
Softening water tank 1, drinkable water heater box 2 and edible hot water unit 4, the softening water tank 1 are heated by water pipe with drinkable water respectively
Case 2 is connected with solar water heater 7, is respectively arranged with above-mentioned two sections of water pipes and follows bad pump；The edible hot water unit 4 passes through water
Pipe is connected with drinkable water heater box 2, and the drinkable water heater box 2 is connected with multifunctional heat storage heating water tank 3；The phase-transition heat-storage
Device 8 is used for regulation and control to water temperature in I area's water pipe loop, the multifunctional heat storage heating water tank 3 be used for the storage of water in Ith area and
Heating, while for daily bath hot water supply system and user's winter heating system provide hot water, the daily drunk hot water is supplied
System is answered to provide the user edible hot water.
The low temperature and low pressure steam electricity generation system includes that vapor storage 10, low temperature and low pressure steam generator 11, first are controlled
Device processed 12 and battery 15, the vapor storage 10 are sent out by water pipe with solar water heater 7 and low temperature and low pressure steam respectively
Motor 11 is connected, and the low temperature and low pressure steam generator 11 is connected by water pipe with solar water heater 7, the vapor storage 10
Vapours to being produced in solar thermal collector 7 is reclaimed and stored, and is generated electricity by low temperature and low pressure steam generator 11
And electric power storage；First controller 12 is connected with low temperature and low pressure steam generator 11 and battery 15 respectively；The wind light mutual complementing
Electricity generation system includes that photovoltaic battery panel 13, second controller 14, battery 15, wind-driven generator 16, frequency converter 17 and the 3rd are controlled
Device processed 18, the second controller 14 is connected with photovoltaic battery panel 13 and battery 15 respectively, and the 3rd controller 18 is distinguished
It is connected with frequency converter 17 and battery 15, the wind-driven generator 16 is connected with frequency converter 17, realizes wind light mutual complementing power generation and storage
Electricity；The electric power system of the multifunctional heat storage heating water tank includes inverter 19；The inverter 19 is connected with battery 15；Institute
State user's air-conditioning and refrigeration for refrigerator the electric power system power unit 20 such as power unit 20, described TV air-conditioning such as including TV air-conditioning
It is connected with inverter 19；User's lighting power supply system includes lighting unit 21, the lighting unit 21 and the phase of inverter 19
Even；The battery 15 is connected with parallel network circuit, electric heating equipment, TV air-conditioning of water tank 3 etc. is heated to multifunctional heat storage and is used
Electric unit 20, lighting unit 21, it is powered and intelligent control unit 9 is powered；The phase-transition heat-storage, the heating of water tank heat accumulation
Intelligence control system include intelligent control unit 9, while intelligent control unit 9 collect thermometer and water-level gauge J feedback letter
Breath, by controlling circulating pump B and magnetic valve F, realizes regulation and control and the circulation of water to water temperature in I area's water pipe loop；Ith area
Heat-insulation layer is provided with water pipe loop.
Embodiment
A set of wind-solar complementary type thermoelectricity collection used suitable for vast family and enterprise, storage, for and Multi-class propagation joint
System.
The phase change heat accumulator hold over system is realized to the certain journey of water temperature in I area's water pipe loop by phase change heat accumulator 8
Regulation and control on degree；It is right that the multifunctional heat storage, heating water tank heat accumulation heating system are realized by multifunctional heat storage heating water tank 3
The storage and heating of water in I area, while being that daily bath hot water supply system and user's winter heating system provide hot water；It is described
Daily drunk hot water supply system provides the user edible hot water by independent purification and heating water system.
Solar water heater heat-collecting system returning to the interior vapours for producing of solar thermal collector 7 by vapor storage 10
Receive and store, then generated electricity and electric power storage by low temperature and low pressure steam generator 11.Phase change heat accumulator hold over system passes through photovoltaic
Electricity generation system and wind generator system are combined, and realize wind light mutual complementing power generation and electric power storage.Multifunctional heat storage, heating water tank heat accumulation add
Hot systems by way of parallel network circuit D09 is combined, the electric heating equipment of water tank 3 are heated to multifunctional heat storage battery 15
It is powered.Daily bath hot water supply system battery 15 by way of parallel network circuit D09 is combined, to TV air-conditioning
It is powered Deng power unit 20.User's winter heating system battery 15 by way of parallel network circuit D09 is combined, it is right
Lighting unit 21 is powered.Daily drunk hot water supply system battery 15 by way of parallel network circuit D09 is combined,
Intelligent control unit 9 is powered, while intelligent control unit 9 collects thermometer and water-level gauge J feedacks, by control
Circulating pump B processed and magnetic valve F, realizes the regulation and control and the circulation of water to water temperature in I area's water pipe loop.
The multifunctional heat storage heats water tank 3, when the water in water tank accounts for more than the 1/2 of casing moisture storage capacity, intelligence control
Unit processed 9 is realized by analyzing the data that water-level gauge J1, thermometer J3/J5 feed back, control magnetic valve F1/F4, circulating pump B2 etc.
The interior circulation of water in I area's water pipe loop；When the water in multifunctional heat storage heating water tank 3 accounts for less than the 1/2 of casing moisture storage capacity
When, intelligent control unit 9 is by analyzing the data that water-level gauge J1, thermometer J3/J5 feed back, control magnetic valve F1/F4, circulating pump
B1/B2 etc., realizes the outer circulation of water in I area's water pipe loop, and the areas of Ji Dui I carry out moisturizing.
The multifunctional heat storage heats water tank 3, is divided by the data of the collecting temperature meter J3/J5 of intelligent control unit 9
Analysis, when the water temperature in multifunctional heat storage heating water tank 3 is less than just conventional coolant-temperature gage, and temperature is higher than many work(in phase change heat accumulator 8
In energy heat accumulation heating water tank 3 during water temperature, the control magnetic valve of intelligent control unit 9 F1/F4, circulating pump B1/B2 etc. make I area's water pipe
Water carries out interior circulation in loop, after water flows through the heat exchange of phase change heat accumulator 8, realizes having been stored using phase change heat accumulator 8 is interior
The purpose of heat；When the water temperature in multifunctional heat storage heating water tank 3 adds higher than temperature in phase change heat accumulator 8, and multifunctional heat storage
Water temperature in boiler 3 is less than when just commonly using coolant-temperature gage, and intelligent control unit 9 controls electric heater R2 to heat multifunctional heat storage
Water in water tank 3 is heated.
User's winter heating system, when user needs to heat in the winter time, by the collecting temperature of intelligent control unit 9
Meter J3, the data of water-level gauge J2 are analyzed, and under conditions of water temperature and water meet requirement, control circulating pump B3 and magnetic valve
F3, realizes the water circulation in user's heat supply in winter unit 5, so as to be reached for the purpose of user's heating.
The daily drunk hot water supply system, running water is softened by S02 pipelines into softening water tank 1, by
S03 pipelines enter drinkable water heater box 2 after being pressurizeed through circulating pump B4, by the collecting temperature meter of intelligent control unit 9/water-level gauge J4
Data be analyzed, control electric heater R1 and circulating pump B4 the water temperature and water in drinkable water heater box 2 are regulated and controled,
After reaching requirement water temperature, water through S04 pipelines, into edible hot water unit 4.
The Ith area water pipe loop, softening water tank 1, drinkable water heater box 2, multifunctional heat storage heating water tank 3, edible hot water
Unit 4, heating unit 5, bathing unit 6, solar water heater 7, phase change heat accumulator 8, water pipe S, the key position of tracheae Q are taken
Insulation, antifreeze, crack control measures.
Embodiment of the present utility model has been described in detail above, but the content is only of the present utility model preferable
Embodiment, it is impossible to be considered as limiting practical range of the present utility model.All impartial changes made according to the utility model scope
Change and improve etc., all should still belong within this patent covering scope.
Claims (4)
1. a kind of wind-solar complementary type thermoelectricity collection, storage, for and Multi-class propagation association system, it is characterised in that：Including Ith area and II
Area, Ith area is solar energy heating, phase-transition heat-storage, water tank heat accumulation and uses hot-zone, and IIth area is wind light mutual complementing and low-temp low-pressure
Steam-electric power, electric power storage, electricity consumption area；Ith area includes connected solar water heater heat-collecting system, phase change heat accumulator accumulation of heat system
System, multifunctional heat storage, heating water tank heat accumulation heating system, daily bath hot water supply system, user's winter heating system and day
Normal drinking hot water supply system；IIth area includes connected low temperature and low pressure steam electricity generation system, and wind and solar hybrid generating system is more
Function heat accumulation heats the electric power system of water tank, user's air-conditioning and refrigeration for refrigerator electric power system, user's lighting power supply system and phase transformation
Accumulation of heat, the intelligence control system of water tank heat accumulation heating.
2. wind-solar complementary type thermoelectricity collection according to claim 1, storage, for and Multi-class propagation association system, its feature exists
In：The solar water heater heat-collecting system includes solar water heater, and the phase change heat accumulator hold over system stores including phase transformation
Hot device, the phase change heat accumulator is connected with solar water heater by water pipe；The multifunctional heat storage, the heating of heating water tank heat accumulation
System includes that multifunctional heat storage heats water tank, and multifunctional heat storage heating water tank is respectively by water pipe and phase change heat accumulator and too
Positive energy water heater is connected, and circulating pump is provided with the water pipe that multifunctional heat storage heating water tank is connected with solar water heater；Institute
Stating daily bath hot water supply system includes bathing unit, and the bathing unit passes through water pipe phase with multifunctional heat storage heating water tank
Even；User's winter heating system includes heating unit, and the heating unit passes through water pipe with multifunctional heat storage heating water tank
It is connected, circulating pump is provided with this section of water pipe；The daily drunk hot water supply system includes softening water tank, drinkable water heater box
With edible hot water unit, the softening water tank is connected by water pipe with drinkable water heater box and solar water heater respectively, above-mentioned
It is respectively arranged with two sections of water pipes and follows bad pump；The edible hot water unit is connected by water pipe with drinkable water heater box, the food
Water tank is heated with water heater box and multifunctional heat storage to be connected；The phase change heat accumulator is used for the tune to water temperature in I area's water pipe loop
Control, the multifunctional heat storage heating water tank is used for storage and heating to water in Ith area, while being daily bath hot water supply system
Hot water is provided with user's winter heating system, the daily drunk hot water supply system provides the user edible hot water.
3. wind-solar complementary type thermoelectricity collection according to claim 1, storage, for and Multi-class propagation association system, its feature exists
In：The low temperature and low pressure steam electricity generation system includes vapor storage, low temperature and low pressure steam generator, the first controller and electric power storage
Pond, the vapor storage is connected by water pipe with solar water heater and low temperature and low pressure steam generator respectively, the low temperature
Low-pressure steam generator is connected by water pipe with solar water heater, heat of the vapor storage to generation in solar thermal collector
Steam is reclaimed and stored, and is generated electricity by low temperature and low pressure steam generator and electric power storage；First controller respectively with
Low temperature and low pressure steam generator is connected with battery；The wind and solar hybrid generating system include photovoltaic battery panel, second controller,
Battery, wind-driven generator, frequency converter and the 3rd controller, the second controller respectively with photovoltaic battery panel and battery phase
Even, the 3rd controller is connected with frequency converter and battery respectively, and the wind-driven generator is connected with frequency converter, realizes scene
Complemental power-generation and electric power storage；The electric power system of the multifunctional heat storage heating water tank includes inverter；The inverter and battery
It is connected；User's air-conditioning and refrigeration for refrigerator electric power system include power unit, and the power unit is connected with inverter；It is described
User's lighting power supply system includes lighting unit, and the lighting unit is connected with inverter；The battery and parallel network circuit phase
Even, to the multifunctional heat storage heating power unit of water tank, lighting unit, be powered and intelligent control unit is powered；Institute
Stating phase-transition heat-storage, the intelligence control system of water tank heat accumulation heating includes intelligent control unit, and the intelligent control unit is by control
The some circulating pumps and magnetic valve being placed on water pipe are set up, regulation and control and the circulation of water to water temperature in I area's water pipe loop are realized.
4. wind-solar complementary type thermoelectricity collection according to claim 2, storage, for and Multi-class propagation association system, its feature exists
In：Heat-insulation layer is provided with the Ith area water pipe loop.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621327097.8U CN206302362U (en) | 2016-12-06 | 2016-12-06 | A kind of wind-solar complementary type thermoelectricity collection, storage, for and Multi-class propagation association system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621327097.8U CN206302362U (en) | 2016-12-06 | 2016-12-06 | A kind of wind-solar complementary type thermoelectricity collection, storage, for and Multi-class propagation association system |
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| Publication Number | Publication Date |
|---|---|
| CN206302362U true CN206302362U (en) | 2017-07-04 |
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| CN201621327097.8U Expired - Fee Related CN206302362U (en) | 2016-12-06 | 2016-12-06 | A kind of wind-solar complementary type thermoelectricity collection, storage, for and Multi-class propagation association system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106533327A (en) * | 2016-12-06 | 2017-03-22 | 天津城建大学 | Wind-solar complementary heat and electricity collection, storage, supply and multistage utilization combination system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106533327A (en) * | 2016-12-06 | 2017-03-22 | 天津城建大学 | Wind-solar complementary heat and electricity collection, storage, supply and multistage utilization combination system |
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