CN206300369U - A kind of Solar Energy Heat Utilization System with new hot water storage tank - Google Patents
A kind of Solar Energy Heat Utilization System with new hot water storage tank Download PDFInfo
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- CN206300369U CN206300369U CN201620974211.XU CN201620974211U CN206300369U CN 206300369 U CN206300369 U CN 206300369U CN 201620974211 U CN201620974211 U CN 201620974211U CN 206300369 U CN206300369 U CN 206300369U
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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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Abstract
A kind of Solar Energy Heat Utilization System with new hot water storage tank, including solar heat-collection plate, new hot water storage tank and solar water heat utilization system, the solar heat-collection plate and the solar water heat utilization system carry out heat exchange between the new hot water storage tank；The new hot water storage tank includes main hot water storage tank and secondary hot water storage tank, the design temperature upper limit of the design temperature upper limit less than the main hot water storage tank of the secondary hot water storage tank.Hot water storage tank classification of the present utility model sets utilization ratio, the classification insulation of the heat accumulation efficiency and institute's accumulation of heat energy that improve hot water storage tank, hot water storage tank heat insulation effect under the high temperature conditions is solved, and prevents the insulation material of heat insulation effect high to be scorched by too high temperature or influence its reliability and life-span.Using HTHP accumulation of heat, the thermal storage density of hot water storage tank is greatly improved, in the case where round-the-clock carbon-free Cooling and Heat Source is ensured, the volume and floor space of hot water storage tank is reduced as far as possible.
Description
Technical field
The utility model is related to Solar use and storing hot water energy technical field, has new accumulation of heat more particularly, to one kind
The Solar Energy Heat Utilization System of water tank.
Background technology
No matter in resident living, modern handle official bussiness or in industrial circle, cold and heat source system consumes the substantial amounts of energy.
Cold and heat source system of the prior art is provided by fossil energies such as coal, oil gas mostly, while a large amount of intellectual treasures are consumed,
Also serious environmental pollution is brought.
Solar cold heat source system is precisely in order to solving the above problems and being born, and have been achieved for significant effect
Really.
But, due to the inherent shortcoming of cold and heat source system of the prior art, cause conversion, the efficiency of storage of solar energy not
Height, causes that solar cold heat source system cost of the prior art is high, and utilization ratio is low, and popularization is difficult.
Wherein, the thermal storage density of hot water storage tank how is greatly improved, its thermal energy storage efficiency and utilization ratio is improved,
Reduce its radiation loss, and reduce its cost and improve its safety and reliability, be solar cold heat source system and
It is badly in need of the hot issue for solving in its association area.
Utility model content
The purpose of this utility model is to design a kind of Solar Energy Heat Utilization System with new hot water storage tank, in solution
State problem.
To achieve these goals, the technical solution adopted in the utility model is as follows：
A kind of Solar Energy Heat Utilization System with new hot water storage tank, including solar heat-collection plate, new hot water storage tank
With solar water heat utilization system, the solar heat-collection plate and the solar water heat utilization system are new with described
Heat exchange is carried out between hot water storage tank；
The new hot water storage tank includes main hot water storage tank and secondary hot water storage tank, on the design temperature of the secondary hot water storage tank
The design temperature upper limit of the limit less than the main hot water storage tank；
The next hot water temperature for heating the secondary hot water storage tank first, treating in the secondary hot water storage tank of the solar heat-collection plate
After reaching its design temperature upper limit, the solar heat-collection plate reheats the main hot water storage tank；
The solar heat water utilization system treats the secondary hot water storage tank first with the accumulation of heat in the secondary hot water storage tank
Water temperature less than setting at a temperature of limit after, the solar heat water utilization system recycles the storage in the main hot water storage tank
Heat.
Further, the size criteria of the main hot water storage tank is designed according to annual accumulation of heat needs are met, the secondary accumulation of heat
The size criteria of water tank is designed according to the accumulation of heat needs for meeting a day.
Further, the secondary hot water storage tank includes small hot water storage tank and middle hot water storage tank, the small hot water storage tank storage
The bath water on the same day, air-conditioning or heating water on the day of the middle hot water storage tank storage.
Further, also including First Heat Exchanger, the second heat exchanger, the 3rd heat exchanger and several valves and several follow
Ring pump, the solar water heat utilization system includes air-conditioner set, radiating capillary and cooling-water machine；
The main hot water storage tank and the secondary hot water storage tank are also constituted with another heat-exchange end of the First Heat Exchanger
Circulation loop, and several valves of circulating pump and control piper break-make described at least one are set on the circulation loop；
The main hot water storage tank and the secondary hot water storage tank are also constituted with another heat-exchange end of the First Heat Exchanger
Circulation loop, and several described valves of circulating pump and control piper break-make described at least one are set on the circulation loop
Door；
One heat-exchange end of second heat exchanger is communicated to the main hot water storage tank and the secondary hot water storage tank to described
Loop is formed on the outlet pipeline of First Heat Exchanger, circulating pump described at least one is set on loop and several institutes is set
State the break-make of Valve controlling pipeline；Another heat-exchange end of second heat exchanger is communicated to radiating capillary and forms loop,
Circulating pump described at least one is set on loop and the break-make of several Valve controlling pipelines is set；
The high-temperature inlet water end of the air-conditioner set is communicated to the main hot water storage tank and the secondary hot water storage tank to described
Loop is formed on the outlet pipeline of one heat exchanger, circulating pump described at least one is set on loop and is set described in several
The break-make of Valve controlling pipeline；One heat-exchange end of the 3rd heat exchanger is communicated to the low temperature water side shape of the air-conditioner set
Into loop, circulating pump described at least one is set on loop and the break-make of several Valve controlling pipelines is set；Institute
Another heat-exchange end for stating the 3rd heat exchanger is communicated to the radiating capillary formation loop, and at least one institute is set on loop
State circulating pump and the break-make of several Valve controlling pipelines is set；
The low temperature water side of the air-conditioner set is communicated on the cooling-water machine and forms loop, and at least one is set on loop
The individual circulating pump and the break-make of several Valve controlling pipelines is set.
Further, a medium supply is set on the solar heat-collection plate and the circulation loop of the First Heat Exchanger
Device, the medium device for supplying includes fluid infusion pump, vacuum tank and heat conduction fuel tank；
A medium device for supplying is set on the loop that 3rd heat exchanger is formed with the radiating capillary, is given an account of
Matter device for supplying includes fluid infusion pump, vacuum tank and antifreeze liquid case；
A medium is set on the loop that 3rd heat exchanger is formed with the low temperature water side of the air-conditioner set to feed
Device, the medium device for supplying includes fluid infusion pump, vacuum tank and antifreeze liquid case.
Further, the main hot water storage tank is HTHP hot water storage tank, and its highest retaining temperature is taken the photograph for 100~300
Family name's degree.
Further, the main hot water storage tank is HTHP hot water storage tank, and its highest retaining temperature is taken the photograph for 120~250
Family name's degree.
Further, the main hot water storage tank includes main hot water storage tank body and main hot water storage tank heat-insulation layer, the main storage
Boiler heat-insulation layer wraps up the main hot water storage tank body, and the main hot water storage tank heat-insulation layer includes at least two-layer insulation material
Layer, the insulation material in a layer of the hot water storage tank body is than the insulation in a layer away from the hot water storage tank body
Material high temperature resistant.
Further, the main hot water storage tank heat-insulation layer include two-layer adiabator layer, internal layer heat-insulation layer be rock wool layer,
And/or mineral wool layer, and/or pearl cotton layer, outer layer heat-insulation layer is layer of polyurethane, and/or polyphenyl layer, and/or phenolic aldehyde layer.
Further, the thickness of the internal layer heat-insulation layer is 0.05m~1.5m, and the thickness of the outer layer heat-insulation layer is
0.05m~1.5m.
Further, the main hot water storage tank is spherical press-bearing water tank.
Further, the spherical press-bearing water tank is arranged on underground.
Further, the spherical press-bearing water tank is armored concrete press-bearing water tank or metal press-bearing water tank or plastic pressure-bearing
Water tank or fiberglass press-bearing water tank.
Further, also including being arranged on the column type space of underground, the main accumulation of heat is placed in the bottom in the column type space
The secondary hot water storage tank is placed on water tank, the top in the column type space, and the top in the column type space sets equipment room.
Further, the solar heat water utilization system include bath water system, and/or conditioned water system and/
Or warm oneself and water system, and/or open water utilization system, and/or cold water utilization system, and/or steam utilization system.
The beneficial effects of the utility model can be summarized as follows：
1st, hot water storage tank classification of the present utility model sets the profit of the heat accumulation efficiency and institute's accumulation of heat energy that improve hot water storage tank
Use efficiency.
2nd, hot water storage tank classification insulation of the present utility model, solves hot water storage tank heat insulation effect under the high temperature conditions,
And prevent the insulation material of heat insulation effect high to be scorched by too high temperature or influence its reliability and life-span.
3rd, hot water storage tank of the present utility model utilizes HTHP accumulation of heat, and the accumulation of heat that hot water storage tank is greatly improved is close
Degree, in the case where round-the-clock carbon-free Cooling and Heat Source is ensured, reduces the volume and floor space of hot water storage tank as far as possible.
4th, hot water storage tank of the present utility model uses spherical water tank, in the case of same accumulation of heat volume, reduces radiating
Area and material is used, and enhance bearing strength.
5th, the utility model can be using material manufacture press-bearing water tanks such as armored concrete, so as to accumulation of heat water is greatly lowered
The cost of case.
Brief description of the drawings
Fig. 1 is the overall structure diagram of the utility model Solar Energy Heat Utilization System.
Fig. 2 is the structural representation of the utility model pair hot water storage tank.
Fig. 3 is a kind of specific embodiment schematic diagram of the utility model Solar Energy Heat Utilization System.
Fig. 4 is a kind of embodiment schematic diagram that the utility model hot water storage tank is arranged on underground.
Label declaration：
1st, solar heat-collection plate；2nd, hot water storage tank；3rd, solar water heat utilization system；301st, air-conditioner set；302nd, dissipate
Thermo-capillary；303rd, cooling-water machine；4th, main hot water storage tank；5th, secondary hot water storage tank；6th, middle hot water storage tank；7th, small hot water storage tank；8th, follow
Ring pump；9th, heat exchanger；901st, First Heat Exchanger；902nd, the second heat exchanger；903rd, the 3rd heat exchanger；10th, column type space；11st, set
Between standby；14th, valve；15th, medium device for supplying；1501st, fluid infusion pump；1502nd, vacuum tank；1503rd, heat conduction fuel tank；1504th, it is antifreeze
Liquid case.
Specific embodiment
In order that technical problem, technical scheme and beneficial effect that the utility model is solved become more apparent, below
With reference to drawings and Examples, the utility model is further elaborated.It should be appreciated that specific implementation described herein
Example is only used to explain the utility model, is not used to limit the utility model.
A kind of Solar Energy Heat Utilization System with new hot water storage tank as Figure 1-4, including solar heat-collection plate
1st, new hot water storage tank 2 and solar water heat utilization system 3, the solar heat-collection plate 1 and solar-powered water heating and heat profit
Heat exchange is carried out with system 3 between the new hot water storage tank 2；The new hot water storage tank 2 includes the He of main hot water storage tank 4
Secondary hot water storage tank 5, the design temperature upper limit of the design temperature upper limit less than the main hot water storage tank 4 of the secondary hot water storage tank 5；Institute
State the next hot of solar heat-collection plate 1 and heat the secondary hot water storage tank 5 first, treat that the water temperature in the secondary hot water storage tank 5 reaches it
After the design temperature upper limit, the solar heat-collection plate 1 reheats the main hot water storage tank 4；The solar heat water utilization system
First with the accumulation of heat in the secondary hot water storage tank 5, after being limited at a temperature of the water temperature of the secondary hot water storage tank 5 is less than setting,
The solar heat water utilization system recycles the accumulation of heat in the main hot water storage tank 4.
In more preferred embodiment, the size criteria of the main hot water storage tank 4 sets according to annual accumulation of heat needs are met
Meter, the size criteria of the secondary hot water storage tank 5 is designed according to the accumulation of heat needs for meeting a day.In more preferred embodiment,
The secondary hot water storage tank 5 includes small hot water storage tank 7 and middle hot water storage tank 6, and the bathing on the day of the storage of small hot water storage tank 7 is used
Water, air-conditioning or heating water on the day of the storage of middle hot water storage tank 6.
In more preferred embodiment, also including First Heat Exchanger 901, the second heat exchanger 902, the 3rd heat exchanger 903
With several valves 14 and several circulating pumps 8, the solar water heat utilization system 3 includes air-conditioner set 301, radiate hair
Tubule 302 and cooling-water machine 303；The main hot water storage tank 4 and the secondary hot water storage tank 5 are another with the First Heat Exchanger 901
One heat-exchange end also constitutes circulation loop, and sets circulating pump 8 and control piper described at least one on the circulation loop
Several valves 14 of break-make；The main hot water storage tank 4 and the secondary hot water storage tank 5 are another with the First Heat Exchanger 901
One heat-exchange end also constitutes circulation loop, and sets circulating pump 8 and control piper described at least one on the circulation loop
Several described valves 14 of break-make；One heat-exchange end of second heat exchanger 902 is communicated to the main hot water storage tank 4 and institute
State secondary hot water storage tank 5 and form loop to the outlet pipeline of the First Heat Exchanger 901, set described at least one on loop
Circulating pump 8 and the break-make of several control pipers of valve 14 is set；Another heat-exchange end of second heat exchanger 902
It is communicated to radiating capillary 302 and forms loop, circulating pump 8 described at least one is set on loop and is set described in several
The break-make of the control piper of valve 14；The high-temperature inlet water end of the air-conditioner set 301 is communicated to the main hot water storage tank 4 and the pair
Loop is formed on hot water storage tank 5 to the outlet pipeline of the First Heat Exchanger 901, is set on loop described at least one and circulated
Pump 8 and the break-make of several control pipers of valve 14 is set；One heat-exchange end of the 3rd heat exchanger 903 is communicated to
The low temperature water side of the air-conditioner set 301 forms loop, if setting circulating pump 8 described at least one on loop and setting
The dry break-make of the control piper of the valve 14；Another heat-exchange end of 3rd heat exchanger 903 is communicated to the radiating hair
Tubule 302 forms loop, and circulating pump 8 described at least one is set on loop and several control pipes of valve 14 are set
The break-make on road；The low temperature water side of the air-conditioner set 301 is communicated on the cooling-water machine 303 and forms loop, is set on loop
Put circulating pump 8 described at least one and the break-make of several control pipers of valve 14 is set.
In more preferred embodiment, on the solar heat-collection plate 1 and the circulation loop of the First Heat Exchanger 901
One medium device for supplying 15 is set, and the medium device for supplying 15 includes fluid infusion pump 1501, vacuum tank 1502 and heat conduction fuel tank
1503；A medium device for supplying 15 is set on the loop that 3rd heat exchanger 903 is formed with the radiating capillary 302,
The medium device for supplying 15 includes fluid infusion pump 1501, vacuum tank 1502 and antifreeze liquid case 1504；3rd heat exchanger 903 with
One medium device for supplying 15, the medium supply dress are set on the loop that the low temperature water side of the air-conditioner set 301 is formed
Putting 15 includes fluid infusion pump 1501, vacuum tank 1502 and antifreeze liquid case 1504.
In more preferred embodiment, the main hot water storage tank 4 is HTHP hot water storage tank, its highest retaining temperature
It is 100~300 degrees Celsius.In more preferred embodiment, the main hot water storage tank 4 is HTHP hot water storage tank, and it is most
Retaining temperature high is 120~250 degrees Celsius.
In more preferred embodiment, the main hot water storage tank 4 includes that main hot water storage tank body and main hot water storage tank are protected
Warm layer, the main hot water storage tank heat-insulation layer wraps up the main hot water storage tank body, and the main hot water storage tank heat-insulation layer is included at least
Two-layer adiabator layer, the insulation material ratio in a layer (i.e. internal layer heat-insulation layer) of the hot water storage tank body is away from described
Insulation material high temperature resistant in one layer (i.e. outer layer heat-insulation layer) of hot water storage tank body.
In more preferred embodiment, the main hot water storage tank heat-insulation layer includes two-layer adiabator layer, internal layer insulation
Layer for rock wool layer, and/or mineral wool layer, and/or pearl cotton layer, outer layer heat-insulation layer be layer of polyurethane, and/or polyphenyl layer, and/or
Phenolic aldehyde layer.In more preferred embodiment, the thickness of the internal layer heat-insulation layer is 0.05m~1.5m, the outer layer heat-insulation layer
Thickness be 0.05m~1.5m.
In more preferred embodiment, the main hot water storage tank 4 is spherical press-bearing water tank.In more preferred embodiment
In, the spherical press-bearing water tank is arranged on underground.In more preferred embodiment, the spherical press-bearing water tank is reinforced concrete
Native press-bearing water tank or metal press-bearing water tank or plastic pressure-bearing water tank or fiberglass press-bearing water tank.
In more preferred embodiment, also including being arranged on the column type space 10 of underground, the bottom in the column type space 10
The main hot water storage tank 4 is placed in portion, and the secondary hot water storage tank 5 is placed on the top in the column type space 10, and the column type is empty
Between 10 top set equipment room 11.
In more preferred embodiment, the solar heat water utilization system includes bath water system, and/or air-conditioning
Water system, and/or warm oneself and water system, and/or open water utilization system, and/or cold water utilization system, and/or steam utilization
System.
In certain specific embodiment：
A kind of Solar Energy Heat Utilization System with new hot water storage tank as shown in Figure 1, including solar heat-collection plate 1,
New hot water storage tank 2 and solar water heat utilization system 3, the solar heat-collection plate 1 and the solar water heat utilization
System 3 carries out heat exchange between the new hot water storage tank 2；The new hot water storage tank 2 includes main hot water storage tank 4 and pair
Hot water storage tank 5, the design temperature upper limit of the design temperature upper limit less than the main hot water storage tank 4 of the secondary hot water storage tank 5；It is described
Main hot water storage tank 4 is HTHP hot water storage tank, and its highest retaining temperature is 100~300 degrees Celsius.The main hot water storage tank 4
It is HTHP hot water storage tank, its highest retaining temperature is 120~250 degrees Celsius.The solar heat-collection plate 1 it is next hot first
The secondary hot water storage tank 5 is heated, after the water temperature in the secondary hot water storage tank 5 reaches its design temperature upper limit, the solar energy
Collecting plate 1 reheats the main hot water storage tank 4；The solar heat water utilization system is first with the secondary hot water storage tank 5
Accumulation of heat, after the secondary hot water storage tank 5 water temperature less than setting at a temperature of limit after, the solar heat water utilization system is sharp again
With the accumulation of heat in the main hot water storage tank 4.The size criteria of the main hot water storage tank 4 is designed according to annual accumulation of heat needs are met,
The size criteria of the secondary hot water storage tank 5 is designed according to the accumulation of heat needs for meeting a day.
As shown in Fig. 1 or 4, the main hot water storage tank 4 is spherical press-bearing water tank.The spherical press-bearing water tank is arranged on ground
Under.The spherical press-bearing water tank is that armored concrete press-bearing water tank or metal press-bearing water tank or plastic pressure-bearing water tank or fiberglass hold
Pressure water tank.Also include being arranged on the column type space 10 of underground, the main hot water storage tank 4 is placed in the bottom in the column type space 10,
The secondary hot water storage tank 5 is placed on the top in the column type space 10, and the top in the column type space 10 sets equipment room 11.
As shown in Fig. 2 the secondary hot water storage tank 5 includes small hot water storage tank 7 and middle hot water storage tank 6, the small hot water storage tank 7
Bath water on the day of storage, air-conditioning or heating water on the day of the storage of middle hot water storage tank 6.
The Solar Energy Heat Utilization System with new hot water storage tank as shown in Figure 3, also including First Heat Exchanger 901, the
Two heat exchangers 902, the 3rd heat exchanger 903 and several valves 14 and several circulating pumps 8, the solar water heat utilization system
System 3 includes air-conditioner set 301, radiating capillary 302 and cooling-water machine 303；The main hot water storage tank 4 and the secondary hot water storage tank 5
Circulation loop is also constituted with another heat-exchange end of the First Heat Exchanger 901, and is set at least on the circulation loop
Several valves 14 of one circulating pump 8 and control piper break-make；The main hot water storage tank 4 and the secondary hot water storage tank 5
Circulation loop is also constituted with another heat-exchange end of the First Heat Exchanger 901, and is set at least on the circulation loop
Several described valves 14 of one circulating pump 8 and control piper break-make；One heat-exchange end of second heat exchanger 902
The main hot water storage tank 4 and the secondary hot water storage tank 5 is communicated to be formed back to the outlet pipeline of the First Heat Exchanger 901
Road, circulating pump 8 described at least one is set on loop and the break-make of several control pipers of valve 14 is set；It is described
Another heat-exchange end of second heat exchanger 902 is communicated to radiating capillary 302 and forms loop, and at least one institute is set on loop
State circulating pump 8 and the break-make of several control pipers of valve 14 is set；The high-temperature inlet water end of the air-conditioner set 301 connects
Lead to the main hot water storage tank 4 and the secondary hot water storage tank 5 and form loop to the outlet pipeline of the First Heat Exchanger 901,
Circulating pump 8 described at least one is set on loop and the break-make of several control pipers of valve 14 is set；Described
The low temperature water side that one heat-exchange end of three heat exchangers 903 is communicated to the air-conditioner set 301 forms loop, is set on loop
Circulating pump 8 described at least one and the break-make of several control pipers of valve 14 is set；3rd heat exchanger 903
Another heat-exchange end is communicated to the radiating capillary 302 and forms loop, and circulating pump 8 described at least one is set on loop simultaneously
And the break-make of several control pipers of valve 14 is set；The low temperature water side of the air-conditioner set 301 is communicated to described cold
Loop is formed in water dispenser 303, circulating pump 8 described at least one is set on the loop and several described valves 14 is set and control
The break-make of pipeline；A medium supply dress is set on the solar heat-collection plate 1 and the circulation loop of the First Heat Exchanger 901
15 are put, the medium device for supplying 15 includes fluid infusion pump 1501, vacuum tank 1502 and heat conduction fuel tank 1503；3rd heat exchanger
A medium device for supplying 15, the medium device for supplying 15 are set on 903 loops formed with the radiating capillary 302
Including fluid infusion pump 1501, vacuum tank 1502 and antifreeze liquid case 1504；3rd heat exchanger 903 and the air-conditioner set 301
One medium device for supplying 15 is set on the loop that low temperature water side is formed, and the medium device for supplying 15 includes fluid infusion pump
1501st, vacuum tank 1502 and antifreeze liquid case 1504.
The main hot water storage tank 4 includes main hot water storage tank body and main hot water storage tank heat-insulation layer, and the main hot water storage tank is protected
Warm layer wraps up the main hot water storage tank body, and the main hot water storage tank heat-insulation layer includes at least two-layer adiabator layer, near institute
State insulation material in a layer of hot water storage tank body resistance to higher than insulation material in a layer away from the hot water storage tank body
Temperature.The main hot water storage tank heat-insulation layer include two-layer adiabator layer, internal layer heat-insulation layer be rock wool layer, and/or mineral wool layer,
And/or pearl cotton layer, outer layer heat-insulation layer is layer of polyurethane, and/or polyphenyl layer, and/or phenolic aldehyde layer.The thickness of the internal layer heat-insulation layer
It is 0.05m~1.5m to spend, and the thickness of the outer layer heat-insulation layer is 0.05m~1.5m.The solar heat water utilization system includes
Bath water system, and/or conditioned water system, and/or warm oneself and water system, and/or open water utilization system, and/or cold water
Using system, and/or steam utilization system.
The utility model is described in detail above by specific and preferred embodiment, but those skilled in the art should
This understands that the utility model is not limited to embodiment described above, all within spirit of the present utility model and principle, is made
Any modification, equivalent etc., should be included within protection domain of the present utility model.
Claims (15)
1. a kind of Solar Energy Heat Utilization System with new hot water storage tank, it is characterised in that：Including solar heat-collection plate, new
Hot water storage tank and solar water heat utilization system, the solar heat-collection plate and the solar water heat utilization system with
Heat exchange is carried out between the new hot water storage tank；
The new hot water storage tank includes main hot water storage tank and secondary hot water storage tank, and the design temperature upper limit of the secondary hot water storage tank is low
In the design temperature upper limit of the main hot water storage tank；
The next hot of the solar heat-collection plate heats the secondary hot water storage tank first, treats that the water temperature in the secondary hot water storage tank reaches
After its design temperature upper limit, the solar heat-collection plate reheats the main hot water storage tank；
The solar heat water utilization system treats the water of the secondary hot water storage tank first with the accumulation of heat in the secondary hot water storage tank
After temperature is limited at a temperature of being less than setting, the solar heat water utilization system recycles the accumulation of heat in the main hot water storage tank.
2. the Solar Energy Heat Utilization System with new hot water storage tank according to claim 1, it is characterised in that：The master
The size criteria of hot water storage tank is designed according to annual accumulation of heat needs are met, and the size criteria of the secondary hot water storage tank is according to satisfaction one
It accumulation of heat needs design.
3. the Solar Energy Heat Utilization System with new hot water storage tank according to claim 2, it is characterised in that：The pair
Hot water storage tank includes small hot water storage tank and middle hot water storage tank, the bath water on the day of the small hot water storage tank storage, the middle storage
Air-conditioning or heating water on the day of boiler storage.
4. the Solar Energy Heat Utilization System with new hot water storage tank according to claim 2, it is characterised in that：Also include
First Heat Exchanger, the second heat exchanger, the 3rd heat exchanger and several valves and several circulating pumps, the solar-powered water heating and heat profit
Include air-conditioner set, radiating capillary and cooling-water machine with system；
The solar heat-collection plate 1 constitutes circulation loop with a heat-exchange end of the First Heat Exchanger, and is looped back at this
Several valves of circulating pump and control piper break-make described at least one are set on road；
The main hot water storage tank and the secondary hot water storage tank also constitute circulation with another heat-exchange end of the First Heat Exchanger
Loop, and several described valves of circulating pump and control piper break-make described at least one are set on the circulation loop；
One heat-exchange end of second heat exchanger is communicated to the main hot water storage tank and the secondary hot water storage tank to described first
Loop is formed on the outlet pipeline of heat exchanger, circulating pump described at least one is set on loop and several valves is set
The break-make of gate control pipeline；Another heat-exchange end of second heat exchanger is communicated to radiating capillary and forms loop, in loop
It is upper circulating pump described at least one to be set and the break-make of several Valve controlling pipelines is set；
The high-temperature inlet water end of the air-conditioner set is communicated to the main hot water storage tank and the secondary hot water storage tank and changes to described first
Loop is formed on the outlet pipeline of hot device, circulating pump described at least one is set on loop and several valves is set
The break-make of control piper；The low temperature water side that one heat-exchange end of the 3rd heat exchanger is communicated to the air-conditioner set is formed back
Road, circulating pump described at least one is set on loop and the break-make of several Valve controlling pipelines is set；Described
Another heat-exchange end of three heat exchangers is communicated to the radiating capillary and forms loop, is set on loop described at least one and followed
Ring pump and the break-make of several Valve controlling pipelines is set；
The low temperature water side of the air-conditioner set is communicated on the cooling-water machine and forms loop, and at least one institute is set on loop
State circulating pump and the break-make of several Valve controlling pipelines is set.
5. the Solar Energy Heat Utilization System with new hot water storage tank according to claim 4, it is characterised in that：It is described too
A medium device for supplying, the medium device for supplying bag are set on positive energy collecting plate and the circulation loop of the First Heat Exchanger
Include fluid infusion pump, vacuum tank and heat conduction fuel tank；
A medium device for supplying is set on the loop that 3rd heat exchanger is formed with the radiating capillary, the medium is mended
Include fluid infusion pump, vacuum tank and antifreeze liquid case to device；
A medium device for supplying is set on the loop that 3rd heat exchanger is formed with the low temperature water side of the air-conditioner set,
The medium device for supplying includes fluid infusion pump, vacuum tank and antifreeze liquid case.
6. the Solar Energy Heat Utilization System with new hot water storage tank according to claim 1, it is characterised in that：The master
Hot water storage tank is HTHP hot water storage tank, and its highest retaining temperature is 100~300 degrees Celsius.
7. the Solar Energy Heat Utilization System with new hot water storage tank according to claim 6, it is characterised in that：The master
Hot water storage tank is HTHP hot water storage tank, and its highest retaining temperature is 120~250 degrees Celsius.
8. the Solar Energy Heat Utilization System with new hot water storage tank according to claim 1, it is characterised in that：The master
Hot water storage tank includes main hot water storage tank body and main hot water storage tank heat-insulation layer, and the main hot water storage tank heat-insulation layer wraps up the main storage
Boiler body, the main hot water storage tank heat-insulation layer includes at least two-layer adiabator layer, near the hot water storage tank body
Insulation material in one layer is than the insulation material high temperature resistant in a layer away from the hot water storage tank body.
9. the Solar Energy Heat Utilization System with new hot water storage tank according to claim 8, it is characterised in that：The master
Hot water storage tank heat-insulation layer includes two-layer adiabator layer, and internal layer heat-insulation layer is rock wool layer, and/or mineral wool layer, and/or pearl cotton
Layer, outer layer heat-insulation layer is layer of polyurethane, and/or polyphenyl layer, and/or phenolic aldehyde layer.
10. the Solar Energy Heat Utilization System with new hot water storage tank according to claim 9, it is characterised in that：It is described
The thickness of internal layer heat-insulation layer is 0.05m~1.5m, and the thickness of the outer layer heat-insulation layer is 0.05m~1.5m.
11. Solar Energy Heat Utilization Systems with new hot water storage tank according to claim 1, it is characterised in that：It is described
Main hot water storage tank is spherical press-bearing water tank.
12. Solar Energy Heat Utilization Systems with new hot water storage tank according to claim 11, it is characterised in that：It is described
Spherical press-bearing water tank is arranged on underground.
13. Solar Energy Heat Utilization Systems with new hot water storage tank according to claim 11, it is characterised in that：It is described
Spherical press-bearing water tank is armored concrete press-bearing water tank or metal press-bearing water tank or plastic pressure-bearing water tank or fiberglass press-bearing water tank.
14. Solar Energy Heat Utilization Systems with new hot water storage tank according to claim 11, it is characterised in that：Also wrap
Include the column type space for being arranged on underground, the main hot water storage tank is placed in the bottom in the column type space, the column type space it is upper
The secondary hot water storage tank is placed in portion, and the top in the column type space sets equipment room.
15. Solar Energy Heat Utilization Systems with new hot water storage tank according to claim 1, it is characterised in that：It is described
Solar heat water utilization system include bath water system, and/or conditioned water system, and/or heating water system, and/or
Open water utilization system, and/or cold water utilization system, and/or steam utilization system.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610539577 | 2016-07-08 | ||
| CN2016105395779 | 2016-07-08 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206300369U true CN206300369U (en) | 2017-07-04 |
Family
ID=58728831
Family Applications (6)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610750268.6A Withdrawn CN107588566A (en) | 2016-07-08 | 2016-08-29 | A kind of Solar Energy Heat Utilization System with armored concrete pressure-bearing hot water storage tank |
| CN201620974211.XU Expired - Fee Related CN206300369U (en) | 2016-07-08 | 2016-08-29 | A kind of Solar Energy Heat Utilization System with new hot water storage tank |
| CN201620973514.XU Expired - Fee Related CN206191957U (en) | 2016-07-08 | 2016-08-29 | Solar thermal energy utilizes system with reinforced concrete pressure -bearing heat storage tank |
| CN201620974183.1U Expired - Fee Related CN206300368U (en) | 2016-07-08 | 2016-08-29 | A kind of Solar Energy Heat Utilization System with super thermal isolation and heat storage water tank |
| CN201610750343.9A Withdrawn CN107588554A (en) | 2016-07-08 | 2016-08-29 | A kind of Solar Energy Heat Utilization System with new hot water storage tank |
| CN201610750317.6A Withdrawn CN107588553A (en) | 2016-07-08 | 2016-08-29 | A kind of Solar Energy Heat Utilization System with super thermal isolation and heat storage water tank |
Family Applications Before (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610750268.6A Withdrawn CN107588566A (en) | 2016-07-08 | 2016-08-29 | A kind of Solar Energy Heat Utilization System with armored concrete pressure-bearing hot water storage tank |
Family Applications After (4)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620973514.XU Expired - Fee Related CN206191957U (en) | 2016-07-08 | 2016-08-29 | Solar thermal energy utilizes system with reinforced concrete pressure -bearing heat storage tank |
| CN201620974183.1U Expired - Fee Related CN206300368U (en) | 2016-07-08 | 2016-08-29 | A kind of Solar Energy Heat Utilization System with super thermal isolation and heat storage water tank |
| CN201610750343.9A Withdrawn CN107588554A (en) | 2016-07-08 | 2016-08-29 | A kind of Solar Energy Heat Utilization System with new hot water storage tank |
| CN201610750317.6A Withdrawn CN107588553A (en) | 2016-07-08 | 2016-08-29 | A kind of Solar Energy Heat Utilization System with super thermal isolation and heat storage water tank |
Country Status (1)
| Country | Link |
|---|---|
| CN (6) | CN107588566A (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110806018A (en) * | 2019-11-26 | 2020-02-18 | 广西吉宽太阳能设备有限公司 | High-efficiency solar vacuum tube heat collector |
-
2016
- 2016-08-29 CN CN201610750268.6A patent/CN107588566A/en not_active Withdrawn
- 2016-08-29 CN CN201620974211.XU patent/CN206300369U/en not_active Expired - Fee Related
- 2016-08-29 CN CN201620973514.XU patent/CN206191957U/en not_active Expired - Fee Related
- 2016-08-29 CN CN201620974183.1U patent/CN206300368U/en not_active Expired - Fee Related
- 2016-08-29 CN CN201610750343.9A patent/CN107588554A/en not_active Withdrawn
- 2016-08-29 CN CN201610750317.6A patent/CN107588553A/en not_active Withdrawn
Also Published As
| Publication number | Publication date |
|---|---|
| CN206191957U (en) | 2017-05-24 |
| CN107588566A (en) | 2018-01-16 |
| CN206300368U (en) | 2017-07-04 |
| CN107588554A (en) | 2018-01-16 |
| CN107588553A (en) | 2018-01-16 |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170704 Termination date: 20190829 |
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| CF01 | Termination of patent right due to non-payment of annual fee |