CN208871902U - A kind of green energy conservation moving energy station provided multiple forms of energy to complement each other - Google Patents
A kind of green energy conservation moving energy station provided multiple forms of energy to complement each other Download PDFInfo
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- CN208871902U CN208871902U CN201821412402.2U CN201821412402U CN208871902U CN 208871902 U CN208871902 U CN 208871902U CN 201821412402 U CN201821412402 U CN 201821412402U CN 208871902 U CN208871902 U CN 208871902U
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- 238000004134 energy conservation Methods 0.000 title claims abstract description 19
- 230000000295 complement effect Effects 0.000 title claims abstract description 17
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims abstract description 217
- 238000010438 heat treatment Methods 0.000 claims abstract description 85
- 239000010865 sewage Substances 0.000 claims abstract description 55
- 238000010248 power generation Methods 0.000 claims abstract description 15
- 238000005057 refrigeration Methods 0.000 claims description 60
- 230000004087 circulation Effects 0.000 claims description 20
- 238000010257 thawing Methods 0.000 claims description 20
- 230000005622 photoelectricity Effects 0.000 claims description 10
- 239000007788 liquid Substances 0.000 claims description 8
- 239000000567 combustion gas Substances 0.000 claims description 7
- 239000007921 spray Substances 0.000 claims description 7
- 238000009825 accumulation Methods 0.000 claims description 5
- 238000001035 drying Methods 0.000 claims description 4
- 238000001914 filtration Methods 0.000 claims description 4
- 239000008236 heating water Substances 0.000 claims description 3
- 238000009434 installation Methods 0.000 claims description 3
- 239000011159 matrix material Substances 0.000 claims description 2
- 238000003287 bathing Methods 0.000 claims 1
- 230000006835 compression Effects 0.000 claims 1
- 238000007906 compression Methods 0.000 claims 1
- 230000008676 import Effects 0.000 claims 1
- 238000004378 air conditioning Methods 0.000 abstract description 2
- 239000003507 refrigerant Substances 0.000 description 2
- 238000003491 array Methods 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000015572 biosynthetic process Effects 0.000 description 1
- 238000004140 cleaning Methods 0.000 description 1
- 238000009833 condensation Methods 0.000 description 1
- 230000005494 condensation Effects 0.000 description 1
- 239000002826 coolant Substances 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
- 238000005485 electric heating Methods 0.000 description 1
- 230000005611 electricity Effects 0.000 description 1
- 230000007613 environmental effect Effects 0.000 description 1
- JEGUKCSWCFPDGT-UHFFFAOYSA-N h2o hydrate Chemical compound O.O JEGUKCSWCFPDGT-UHFFFAOYSA-N 0.000 description 1
- 238000000034 method Methods 0.000 description 1
- 238000004064 recycling Methods 0.000 description 1
- 238000010025 steaming Methods 0.000 description 1
- 238000006467 substitution reaction Methods 0.000 description 1
- 238000003786 synthesis reaction Methods 0.000 description 1
- 239000008399 tap water Substances 0.000 description 1
- 235000020679 tap water Nutrition 0.000 description 1
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Abstract
A kind of green energy conservation moving energy station provided multiple forms of energy to complement each other, belongs to energy-saving mobile energy source station field.Including mobile device room, hot water storage tank system, sewage source heat pump unit, net for air-source heat pump units, gas-fired condensing boiler unit, bath water tank system and photovoltaic power generation unit；The hot water storage tank system, sewage source heat pump unit, net for air-source heat pump units, gas-fired condensing boiler unit and bath water tank system are placed in mobile device room, and photovoltaic power generation unit is placed on mobile device room.The module unit of a variety of green energy resource energy-saving applications is assembled together by the utility model, mutual linkage control, reaches the mobile energy source station of green energy conservation the most, meets the needs of multiple end use application output ends freeze to heating end, domestic hot-water, summer air-conditioning.
Description
Technical field
The utility model relates to energy-saving mobile energy source station field more particularly to a kind of mobile energy of green energy conservation provided multiple forms of energy to complement each other
Source station.
Background technique
From after the proposition of " to win blue sky defended war " slogan, environmental protection and energy saving engineering climbs up New step again；About cleaning energy
The comprehensive utilization in source, new equipment continue to introduce new: photovoltaic, heat pump, accumulation of energy, condensing boiler etc., face a variety of clean energy resourcies
How to be perfectly combined together and carry out matched application, there is no enough technological know-hows to go identification and group using user itself
It closes；Furthermore investment and consumption reduction are also paid close attention to simultaneously energy-saving and environment-friendly, this is that a technological layer is provided multiple forms of energy to complement each other comprehensive utilization
Proposition needs specialized company to go progress profession integrated, provides a clean energy resource synthesis for the market demand.
Utility model content
It is mentioned to solve the problems, such as that existing a variety of clean energy resourcies are not bound with progress matched application, the utility model together
A kind of green energy conservation moving energy station provided multiple forms of energy to complement each other is supplied.
In order to achieve the above purposes, the technical solution adopted by the utility model is:, and a kind of green energy conservation provided multiple forms of energy to complement each other is mobile
Energy source station, including mobile device room, hot water storage tank system, sewage source heat pump unit, net for air-source heat pump units, gas-fired condensing boiler
Unit, bath water tank system and photovoltaic power generation unit；The hot water storage tank system, sewage source heat pump unit, air source heat pump machine
Group, gas-fired condensing boiler unit and bath water tank system are placed in mobile device room, and photovoltaic power generation unit is placed in mobile device room
On, heating refrigeration system feed water inlet is arranged in mobile device room side and heating refrigeration system water return outlet, mobile device room are another
Hot water backwater mouthful, hot water feed water inlet and the mouth of a river from the beginning is arranged in side, and hot water storage tank system side connects heating refrigeration system
Feed water inlet and heating refrigeration system water return outlet, bath water tank system side connect hot water backwater mouthful, hot water feed water inlet and tap water
Mouthful, the hot water storage tank system other side is connect by net for air-source heat pump units with the bath water tank system other side, hot water storage tank system
Be also connected with sewage source heat pump unit, bath water tank system is also connect with gas-fired condensing boiler unit, net for air-source heat pump units also with
The connection of photovoltaic power generation unit；Total intelligent controller respectively with hot water storage tank system, sewage source heat pump unit, air source heat pump machine
Group, gas-fired condensing boiler unit, bath water tank system are connected with photovoltaic power generation unit.
Further, safety valve is installed at hot water storage tank built in the hot water storage tank system, hot water storage tank top, and inside is equipped with
Temperature sensor A and thermometer, hot water storage tank side are respectively communicated with heating refrigeration system feed water inlet and heating and refrigeration by pipeline
System return mouth installs heating refrigeration circulating pump, the hot water storage tank other side between hot water storage tank and heating refrigeration system water return outlet
It stretches out pipeline a and connects the heating and refrigeration heat exchanger built in net for air-source heat pump units with pipeline b, setting inflow temperature passes on pipeline a
Sensor A be connected to the triple valve C for being placed in evaporator in sewage source heat pump unit, be arranged on pipeline b leaving water temperature sensors A plus
Hot recycle pump be connected to the triple valve D for being placed in evaporator in sewage source heat pump unit；Total intelligent controller connects triple valve D, three
Port valve C, inflow temperature sensor A, leaving water temperature sensors A, heat cycles pump, temperature sensor A and heating refrigeration circulating pump.
Further, the sewage source heat pump unit include intelligent controller A, evaporator, sewage source heat pump compressor and
Sewage heat exchanger；Evaporator is placed on sewage source heat pump compressor, and circulation line, circulation is arranged in sewage source heat pump compressor side
Pipeline stretches out sequential connection system circulation pump, sewage heat exchanger and sewage pump by sewage source heat pump compressor, using dirt
Water- to-water heat exchanger protrudes into sewage source heat pump compressor；Intelligent controller A connection sewage pump, system circulation pump and total intelligent control
Device.
Further, bath water tank, bath water tank side are respectively communicated with heat by pipeline built in the bath water tank system
Water-returning control valve, bath water tank is arranged between bath water tank and hot water backwater's mouth in water water return outlet, hot water feed water inlet and the mouth of a river from the beginning
Spray head water supply pump is set between hot water feed water inlet, and bath water tank also sets up the pipe of triple valve Y in connection net for air-source heat pump units
Triple valve F is installed on road c and the pipeline d for being connected to triple valve H in net for air-source heat pump units, pipeline c, triple valve F is also connected to combustion gas
Gas-fired condensing boiler in condensing boiler unit, triple valve E is installed on pipeline d, and triple valve E is connected in gas-fired condensing boiler unit
Gas-fired condensing boiler, between triple valve F and bath water tank install inflow temperature sensor B, between triple valve E and bath water tank
Installation plus water heat cycles pump and leaving water temperature sensors B；Total intelligent controller connection triple valve E, triple valve F plus water heating
Circulating pump, leaving water temperature sensors B, inflow temperature sensor B, water-returning control valve and spray head water supply pump.
Further, the gas-fired condensing boiler unit includes gas-fired condensing boiler and intelligent controller B；The combustion gas is cold
Outlet temperature sensor is set at the pipe interface of solidifying boiler connection triple valve F, gas-fired condensing boiler is connected to the pipeline of triple valve E
Inlet temperature sensor, intelligent controller B connection outlet temperature sensor, inlet temperature sensor and total intelligence is arranged in interface
Controller.
Further, the photovoltaic power generation unit includes solar cell array, inverter and combination controller；Solar energy
Battery array connects inverter side, and the inverter other side connects combination controller, and combination controller is also connected with air source heat pump
Electric storage means in unit；Total intelligent controller connection combination controller and solar cell array.
Further, the net for air-source heat pump units includes electric storage means, photoelectricity heating packet, defrosting electric heater, multi coil
Evaporator, fan, heating and refrigeration heat exchanger, four-way valve, hot water heating heat exchanger and intelligent controller C；The defrosting electric heating
Device and multiple rows of pipe evaporator form circulating line, defrost and also set up defrosting medium circulation between electric heater and multiple rows of pipe evaporator
Pump, defrosting electric heater also connect photoelectricity heating packet by electric storage means, and photoelectricity heating packet stretches out two pipelines, wherein a pipeline
It is equipped with triple valve Y, another pipeline is equipped with triple valve H, triple valve Y and triple valve H and is connected to hot water heating heat exchanger；
To hot water heating heat exchanger one end, hot water heating heat exchanger is another for the interface D sequential connection gas-liquid separator of four-way valve, compressor
End connection four-way valve interface A, multiple rows of pipe evaporator one end of interface B connection of four-way valve, multiple rows of pipe evaporator other end via
Liquid reservoir, device for drying and filtering and throttling set connect heating and refrigeration heat exchanger one end, heating and refrigeration heat exchanger other end connection four
The interface C of port valve；Fan is set below multiple rows of pipe evaporator；The intelligent controller C connection triple valve H, triple valve Y,
Compressor, fan and defrosting medium circulation pump；Total intelligent controller connection defrosting electric heater and electric storage means.
Further, the heating refrigeration system feed water inlet connects triple valve A, triple valve A also respectively with refrigeration water supplying pipe
Road and heating and supplying water piping connection；The heating refrigeration system water return outlet connects triple valve B, triple valve B also respectively with freeze back
Water lines and heating water return piping connection；Multiple end wind disks are connected between refrigeration water supply pipe and refrigeration water return pipeline, are heated
Multiple end underground heat are connected between water return pipeline and heating and supplying water pipeline；Total intelligent controller connects triple valve B and triple valve A.
The beneficial effects of the utility model are: the module unit of a variety of green energy resource energy-saving applications is assembled together, reach
To the mobile energy source station of green energy conservation the most, it is empty to heating end, domestic hot-water, summer to meet multiple end use application output ends
Modulate cold demand.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model.
1. safety valve in figure, 2. temperature sensor A, 3. inflow temperature sensor A, 4. hot water storage tanks, 5. leaving water temperatures pass
Sensor A, 6. thermometers, 7. heating refrigeration system feed water inlets, 8. triple valve A, 9. triple valve B, 10. heating refrigeration system return water
Mouthful, 11. end wind disks, 12. heating refrigeration circulating pumps, 13. heat cycles pump, 14. end underground heat, 15. sewage source heat pump units,
16. sewage pump, 17. sewage heat exchangers, 18. system circulations pump, 19. sewage source heat pump compressors, 20. evaporators, 21. intelligence
It can control device A, 22. triple valve C, 23. triple valve D, 24. net for air-source heat pump units, 25. liquid reservoirs, 26. devices for drying and filtering, 27.
Throttling set, 28. fans, 29. heating and refrigeration heat exchangers, 30. multiple rows of pipe evaporators, 31. four-way valves, 32. gas-liquid separators,
33. defrost medium circulation pump, 34. compressors, 35. hot water heating heat exchangers, 36. triple valve H, 37. defrosting electric heaters, and 38.
Triple valve Y, 39. electric storage means, 40. photoelectricity heating packet, 41. inlet temperature sensors, 42. triple valve E, 43. outlet temperatures sensing
Device, 44. triple valve F, 45. add water heat cycles pump, 46. leaving water temperature sensors B, 47. gas-fired condensing boilers, 48. intelligence controls
Device B processed, 49. bath water tanks, 50. spray head water supply pumps, 51. hot water feed water inlets, 52. the mouth of a river from the beginning, 53. hot water backwaters mouthful, 54. times
Water control valve, 55. inflow temperature sensor B, 56. total intelligent controllers, 57. combination controllers, 58. mobile device rooms, 59. is inverse
Become device, 60. solar cell arrays, 61. intelligent controller C.
Specific embodiment
A kind of green energy conservation moving energy station provided multiple forms of energy to complement each other, including mobile device room 58, hot water storage tank system, source of sewage
Heat pump unit 15, net for air-source heat pump units 24, gas-fired condensing boiler unit, bath water tank system and photovoltaic power generation unit；It is described
Hot water storage tank system, sewage source heat pump unit 15, net for air-source heat pump units 24, gas-fired condensing boiler unit and bath water tank system
It is placed in mobile device room 58, photovoltaic power generation unit is placed on mobile device room 58, and 58 side of the mobile device room setting is adopted
Hot water backwater mouthful 53, heat is arranged in warm refrigeration system feed water inlet 7 and heating refrigeration system water return outlet 10,58 other side of mobile device room
Water feed water inlet 51 and the mouth of a river from the beginning 52, hot water storage tank system side connect heating refrigeration system feed water inlet 7 and heating and refrigeration
System return mouth 10, bath water tank system side connect hot water backwater mouthful 53, hot water feed water inlet 51 and the mouth of a river from the beginning 52, accumulation of heat water
The case system other side is connect by net for air-source heat pump units 24 with the bath water tank system other side, and hot water storage tank system is also connected with dirt
Water source heat pump units 15, bath water tank system are also connect with gas-fired condensing boiler unit, and net for air-source heat pump units 24 is gone back and photovoltaic
Generating set connection；Total intelligent controller 56 respectively with hot water storage tank system, sewage source heat pump unit 15, net for air-source heat pump units
24, gas-fired condensing boiler unit, bath water tank system are connected with photovoltaic power generation unit.
Hot water storage tank 4 built in the hot water storage tank system, safety valve 1 is installed at the top of hot water storage tank 4, and inside is equipped with temperature and passes
Sensor A2 and thermometer 6,4 side of hot water storage tank are respectively communicated with heating refrigeration system feed water inlet 7 and heating and refrigeration system by pipeline
System water return outlet 10, installs heating refrigeration circulating pump 12, hot water storage tank 4 between hot water storage tank 4 and heating refrigeration system water return outlet 10
The other side stretch out pipeline a with pipeline b connect net for air-source heat pump units 24 built in heating and refrigeration heat exchanger 29, be arranged on pipeline a
Inflow temperature sensor A3 be connected to the triple valve C22 for being placed in evaporator 20 in sewage source heat pump unit 15, be provided on pipeline b
Water temperature sensor A5, heat cycles pump 13 and are connected to the triple valve D23 for being placed in evaporator 20 in sewage source heat pump unit 15；Always
Intelligent controller 56 connects triple valve D23, triple valve C22, inflow temperature sensor A3, leaving water temperature sensors A5, heats and follow
Ring pump 13, temperature sensor A2 and heating refrigeration circulating pump 12.
The sewage source heat pump unit 15 includes intelligent controller A21, evaporator 20, sewage source heat pump compressor 19 and dirt
Water- to-water heat exchanger 17；Evaporator 20 is placed on sewage source heat pump compressor 19, and circulation pipe is arranged in 19 side of sewage source heat pump compressor
Road, circulation line stretch out sequential connection system circulation pump 18, sewage heat exchanger 17 and sewage by sewage source heat pump compressor 19 and mention
Pump 16 is risen, protrudes into sewage source heat pump compressor 19 using sewage heat exchanger 17；Intelligent controller A21 connection sewage pump
16, system circulation pump 18 and total intelligent controller 56.
Bath water tank 49 built in the bath water tank system, 49 side of bath water tank are respectively communicated with hot water backwater by pipeline
Mouth 53, hot water feed water inlet 51 and the mouth of a river from the beginning 52 are arranged water-returning control valve 54 between bath water tank 49 and hot water backwater's mouth 53, wash
Spray head water supply pump 50 is set between bath water case 49 and hot water feed water inlet 51, and bath water tank 49 also sets up connection net for air-source heat pump units
The pipeline c of triple valve Y38 and the pipeline d for being connected to triple valve H36 in net for air-source heat pump units 24 in 24 install threeway on pipeline c
Valve F44, triple valve F44 are also connected to the gas-fired condensing boiler 47 in gas-fired condensing boiler unit, install triple valve E42 on pipeline d,
Triple valve E42 is connected to the gas-fired condensing boiler 47 in gas-fired condensing boiler unit, installs between triple valve F44 and bath water tank 49
Inflow temperature sensor B55, installation plus water heat cycles pump 45 and leaving water temperature sensing between triple valve E42 and bath water tank 49
Device B46；Total intelligent controller 56 connects triple valve E42, triple valve F44 plus water heat cycles and pumps 45, leaving water temperature sensors
B46, inflow temperature sensor B55, water-returning control valve 54 and spray head water supply pump 50.
The gas-fired condensing boiler unit includes gas-fired condensing boiler 47 and intelligent controller B48；The combustion gas condenses pot
Furnace 47, which is connected at the pipe interface of triple valve F44, is arranged outlet temperature sensor 43, and gas-fired condensing boiler 47 is connected to triple valve E42
Pipe interface at be arranged inlet temperature sensor 41, intelligent controller B48 connection outlet temperature sensor 43, inlet temperature pass
Sensor 41 and total intelligent controller 56.
The photovoltaic power generation unit includes solar cell array 60, inverter 59 and combination controller 57；Solar-electricity
Pond square matrix 60 connects 59 side of inverter, and 59 other side of inverter connects combination controller 57, and combination controller 57 is also connected with sky
Electric storage means 39 in air supply heat pump unit 24；Total intelligent controller 56 connects combination controller 57 and solar cell array 60.
The net for air-source heat pump units 24 includes electric storage means 39, photoelectricity heating packet 40, defrosting electric heater 37, multi coil steaming
Send out device 30, fan 28, heating and refrigeration heat exchanger 29, four-way valve 31, hot water heating heat exchanger and intelligent controller C61；It is described to remove
White electric heater 37 and multiple rows of pipe evaporator 30 form circulating line, defrost between electric heater 37 and multiple rows of pipe evaporator 30 also
Setting defrosting medium circulation pump 33, defrosting electric heater 37 also connect photoelectricity heating packet 40, photoelectricity heating packet by electric storage means 39
40 stretch out two pipelines, wherein a pipeline is equipped with triple valve Y38, another pipeline is equipped with triple valve H36, triple valve
Y38 and triple valve H36 are connected to hot water heating heat exchanger 35；The interface D sequential connection gas-liquid separator 32 of four-way valve 31, pressure
Contracting machine 34 to 35 one end of hot water heating heat exchanger, 35 other end of hot water heating heat exchanger connects the interface A of four-way valve 31, four-way valve
31 multiple rows of 30 one end of pipe evaporator of interface B connection, multiple rows of 30 other end of pipe evaporator is via liquid reservoir 25, device for drying and filtering 26
29 one end of heating and refrigeration heat exchanger is connected with throttling set 27,29 other end of heating and refrigeration heat exchanger connects the interface of four-way valve 31
C；Fan 28 is set below multiple rows of pipe evaporator 30；The intelligent controller C61 connection triple valve H36, triple valve Y38,
Compressor 34, fan 28 and defrosting medium circulation pump 33；The connection of the total intelligent controller 56 defrosting electric heater 37 and electric power storage
Device 39.
The heating refrigeration system feed water inlet 7 connects triple valve A8, triple valve A8 also respectively with refrigeration water supply pipe and confession
Warm water supply pipe connection；The heating refrigeration system water return outlet 10 connects triple valve B9, triple valve B9 also respectively with refrigeration return water
Pipeline and heating water return piping connection；Multiple end wind disks 11 are connected between refrigeration water supply pipe and refrigeration water return pipeline, are heated
Multiple end underground heat 14 are connected between water return pipeline and heating and supplying water pipeline；Total intelligent controller 56 connects triple valve B9 and threeway
Valve A8.
The present embodiment is to advocate the district heating provided multiple forms of energy to complement each other, i.e., it is mutual that multiple energy input terminals combine made multipotency
The green energy conservation moving energy station of benefit, by current solar energy, air energy, sewage recycling energy, paddy electricity accumulation of heat and condensation combustion gas
The module unit of the green energy resources energy-saving application such as boiler is assembled together, and reaches the mobile energy source station of green energy conservation the most, together
Shi Yongyou covers the multipotency module general assembly of the circulatory system, intelligence control system, included mobile device room (58) more, meets multiple ends
Using output end, i.e., heating end (40 DEG C of underground heat, 70 DEG C of radiator), domestic hot-water, summer air-conditioning refrigeration demand.
For air source heat pump part, current most of air source heat pump evaporators generally have 2 row's refrigerant heat exchanger tubes, are used for
Absorb heat in air；Multiple rows of pipe evaporator (30) of the present embodiment shares 5 row's refrigerant pipes, wherein 4 rows from air for inhaling
Enough heats are received to heat, in addition a comb (the 5th row) interior coolant media, with the electric storage means (39) for connecting photovoltaic power generation unit
The electric heater unit of power supply forms circulating-heating defrosting system, is started automatically according to environment temperature and frosting situation and controls heating
Medium carries out energy saving defrost, and neither interruption heat pump normally heats, and does not consume local power grid electric energy, but consumes photovoltaic electric energy solution
Certainly defrost problem improves the COP value of air source heat pump to solve the problems, such as continuous heating when energy saving defrost and defrost,
Also improve the convenience that air source heat pump continuous heating uses.
The preferable specific embodiment of the above, only the utility model, but the protection scope of the utility model is not
It is confined to this, anyone skilled in the art is practical according to this in the technical scope that the utility model discloses
Novel technical solution and its utility model design are subject to equivalent substitution or change, should all cover the protection model in the utility model
Within enclosing.
Claims (8)
1. a kind of green energy conservation moving energy station provided multiple forms of energy to complement each other, which is characterized in that including mobile device room (58), hot water storage tank
System, sewage source heat pump unit (15), net for air-source heat pump units (24), gas-fired condensing boiler unit, bath water tank system and light
Overhead generator group；The hot water storage tank system, sewage source heat pump unit (15), net for air-source heat pump units (24), combustion gas condense pot
Furnace unit and bath water tank system are placed in mobile device room (58), and photovoltaic power generation unit is placed on mobile device room (58), institute
Mobile device room (58) side setting heating refrigeration system feed water inlet (7) and heating refrigeration system water return outlet (10) are stated, movement is set
Standby room (58) other side setting hot water backwater mouthful (53), hot water feed water inlet (51) and the mouth of a river from the beginning (52), the hot water storage tank system
Unified side connection heating refrigeration system feed water inlet (7) and heating refrigeration system water return outlet (10), the connection of bath water tank system side
Hot water backwater mouthful (53), hot water feed water inlet (51) and the mouth of a river from the beginning (52), the hot water storage tank system other side passes through air source heat pump
Unit (24) is connect with the bath water tank system other side, and hot water storage tank system is also connected with sewage source heat pump unit (15), bath water
Case system is also connect with gas-fired condensing boiler unit, and net for air-source heat pump units (24) is also connect with photovoltaic power generation unit；Total intelligence
Controller (56) condenses pot with hot water storage tank system, sewage source heat pump unit (15), net for air-source heat pump units (24), combustion gas respectively
Furnace unit, bath water tank system are connected with photovoltaic power generation unit.
2. a kind of green energy conservation moving energy station provided multiple forms of energy to complement each other according to claim 1, which is characterized in that the accumulation of heat
Hot water storage tank built in cistern system (4) installs safety valve (1) at the top of hot water storage tank (4), inside be equipped with temperature sensor A (2) and
Thermometer (6), hot water storage tank (4) side are respectively communicated with heating refrigeration system feed water inlet (7) and heating refrigeration system by pipeline
Water return outlet (10) installs heating refrigeration circulating pump (12) between hot water storage tank (4) and heating refrigeration system water return outlet (10), accumulation of heat
Water tank (4) other side stretches out pipeline a and connects the heating and refrigeration heat exchanger (29) built in net for air-source heat pump units (24) with pipeline b,
On pipeline a be arranged inflow temperature sensor A (3) be connected to the triple valve for being placed in sewage source heat pump unit (15) interior evaporator (20)
Leaving water temperature sensors A (5), heat cycles pump (13) are set on C (22), pipeline b and are placed in sewage source heat pump unit with being connected to
(15) the triple valve D (23) of interior evaporator (20)；Total intelligent controller (56) connection triple valve D (23), triple valve C (22), into
Water temperature sensor A (3), leaving water temperature sensors A (5), heat cycles pump (13), temperature sensor A (2) and heating refrigeration follow
Ring pumps (12).
3. a kind of green energy conservation moving energy station provided multiple forms of energy to complement each other according to claim 1, which is characterized in that the sewage
Source heat pump unit (15) includes intelligent controller A (21), evaporator (20), sewage source heat pump compressor (19) and sewage heat exchanger
(17)；Evaporator (20) is placed on sewage source heat pump compressor (19), and circulation pipe is arranged in sewage source heat pump compressor (19) side
Road, circulation line by sewage source heat pump compressor (19) stretch out sequential connection system circulation pump (18), sewage heat exchanger (17) and
Sewage pump (16) protrudes into sewage source heat pump compressor (19) using sewage heat exchanger (17)；Intelligent controller A (21) is even
Connect sewage pump (16), system circulation pump (18) and total intelligent controller (56).
4. a kind of green energy conservation moving energy station provided multiple forms of energy to complement each other according to claim 1, which is characterized in that the bathing
Bath water tank built in cistern system (49), bath water tank (49) side are respectively communicated with hot water backwater mouthful (53), hot water by pipeline
Water-returning control valve (54) are arranged between mouthful (53) in feed water inlet (51) and the mouth of a river from the beginning (52), bath water tank (49) and hot water backwater,
Spray head water supply pump (50) are set between bath water tank (49) and hot water feed water inlet (51), bath water tank (49) also sets up connection air
The pipeline c of the interior triple valve Y (38) of source heat pump unit (24) and the pipeline for being connected to the interior triple valve H (36) of net for air-source heat pump units (24)
Triple valve F (44) are installed on d, pipeline c, triple valve F (44) is also connected to the gas-fired condensing boiler in gas-fired condensing boiler unit
(47), triple valve E (42) are installed on pipeline d, triple valve E (42) is connected to the gas-fired condensing boiler in gas-fired condensing boiler unit
(47), inflow temperature sensor B (55) are installed between triple valve F (44) and bath water tank (49), triple valve E (42) and bath water
Installation plus water heat cycles pump (45) and leaving water temperature sensors B (46) between case (49)；Total intelligent controller (56) connection three
Port valve E (42), triple valve F (44) plus water heat cycles pump (45), leaving water temperature sensors B (46), inflow temperature sensor B
(55), water-returning control valve (54) and spray head water supply pump (50).
5. a kind of green energy conservation moving energy station provided multiple forms of energy to complement each other according to claim 1, which is characterized in that the combustion gas
Condensing boiler unit includes gas-fired condensing boiler (47) and intelligent controller B (48)；Gas-fired condensing boiler (47) connection three
Outlet temperature sensor (43) are set at the pipe interface of port valve F (44), gas-fired condensing boiler (47) is connected to triple valve E (42)
Inlet temperature sensor (41) are set at pipe interface, intelligent controller B (48) connection outlet temperature sensor (43), import temperature
Spend sensor (41) and total intelligent controller (56).
6. a kind of green energy conservation moving energy station provided multiple forms of energy to complement each other according to claim 1, which is characterized in that the photovoltaic
Generating set includes solar cell array (60), inverter (59) and combination controller (57)；Solar cell array (60)
Inverter (59) side is connected, inverter (59) other side connects combination controller (57), and combination controller (57) is also connected with sky
Electric storage means (39) in air supply heat pump unit (24)；Total intelligent controller (56) connection combination controller (57) and solar battery
Square matrix (60).
7. a kind of green energy conservation moving energy station provided multiple forms of energy to complement each other according to claim 1, which is characterized in that the air
Source heat pump unit (24) includes electric storage means (39), photoelectricity heating packet (40), defrosting electric heater (37), multiple rows of pipe evaporator
(30), fan (28), heating and refrigeration heat exchanger (29), four-way valve (31), hot water heating heat exchanger and intelligent controller C (61)；
The defrosting electric heater (37) and multiple rows of pipe evaporator (30) form circulating line, and defrosting electric heater (37) and multi coil steam
Defrosting medium circulation pump (33) is also set up between hair device (30), defrosting electric heater (37) also connects photoelectricity by electric storage means (39)
Heating packet (40), photoelectricity heating packet (40) stretch out two pipelines, wherein a pipeline is equipped with triple valve Y (38), another pipe
Road is equipped with triple valve H (36), and triple valve Y (38) and triple valve H (36) are connected to hot water heating heat exchanger (35)；Four-way valve
(31) interface D sequential connection gas-liquid separator (32), compressor (34) to hot water heating heat exchanger (35) one end, hot water heating
Heat exchanger (35) other end connects the interface A of four-way valve (31), the multiple rows of pipe evaporator (30) one of interface B connection of four-way valve (31)
End, multiple rows of pipe evaporator (30) other end connect heating via liquid reservoir (25), device for drying and filtering (26) and throttling set (27)
Refrigerated heat exchanger (29) one end, heating and refrigeration heat exchanger (29) other end connect the interface C of four-way valve (31)；The multi coil steams
It sends out and fan (28) is set below device (30)；Intelligent controller C (61) connection triple valve H (36), triple valve Y (38), compression
Machine (34), fan (28) and defrosting medium circulation pump (33)；Total intelligent controller (56) connection defrosting electric heater (37)
With electric storage means (39).
8. a kind of green energy conservation moving energy station provided multiple forms of energy to complement each other according to claim 1, which is characterized in that the heating
Refrigeration system feed water inlet (7) connects triple valve A (8), triple valve A (8) also respectively with refrigeration water supply pipe and heating and supplying water pipeline
Connection；The heating refrigeration system water return outlet (10) connects triple valve B (9), triple valve B (9) also respectively with refrigeration water return pipeline
With heating water return piping connection；Multiple end wind disks (11) are connected between refrigeration water supply pipe and refrigeration water return pipeline, are heated back
Multiple end underground heat (14) are connected between water lines and heating and supplying water pipeline；Total intelligent controller (56) connection triple valve B (9) and
Triple valve A (8).
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108954896A (en) * | 2018-08-30 | 2018-12-07 | 侯建军 | A kind of green energy conservation moving energy station provided multiple forms of energy to complement each other |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108954896A (en) * | 2018-08-30 | 2018-12-07 | 侯建军 | A kind of green energy conservation moving energy station provided multiple forms of energy to complement each other |
| CN108954896B (en) * | 2018-08-30 | 2023-11-24 | 大连圣鼎能源研发有限公司 | Multi-energy complementary green energy-saving mobile energy station |
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Effective date of registration: 20191104 Address after: 116600, No. 10, No. seven, northeast street, Dalian economic and Technological Development Zone, Liaoning, Patentee after: Dalian shengdingxin Industry Co., Ltd Address before: 116600, No. 10, No. seven, northeast street, Dalian economic and Technological Development Zone, Liaoning, Patentee before: Hou Jianjun |