CN104864519B - water resource energy conversion system - Google Patents

water resource energy conversion system Download PDF

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Publication number
CN104864519B
CN104864519B CN201410061643.7A CN201410061643A CN104864519B CN 104864519 B CN104864519 B CN 104864519B CN 201410061643 A CN201410061643 A CN 201410061643A CN 104864519 B CN104864519 B CN 104864519B
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CN
China
Prior art keywords
water
pipe
inlet
storage tank
energy conversion
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CN201410061643.7A
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Chinese (zh)
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CN104864519A (en
Inventor
翁国亮
翁健伦
翁翎华
翁靖茹
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禾玖科技股份有限公司
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Priority to CN201410061643.7A priority Critical patent/CN104864519B/en
Publication of CN104864519A publication Critical patent/CN104864519A/en
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Publication of CN104864519B publication Critical patent/CN104864519B/en

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Classifications

    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F5/00Air-conditioning systems or apparatus not covered by F24F1/00 or F24F3/00, e.g. using solar heat or combined with household units such as an oven or water heater
    • F24F5/0003Exclusively-fluid systems
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F11/00Control or safety arrangements
    • F24F11/89Arrangement or mounting of control or safety devices
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F13/00Details common to, or for air-conditioning, air-humidification, ventilation or use of air currents for screening
    • F24F13/30Arrangement or mounting of heat-exchangers

Abstract

The present invention is related to a kind of water resource energy conversion system, including at least there is a control unit, one air water energy conversion apparatus, one water supply installation and an aqua storage tank, the collection of various water resources is received and transmission by the water supply installation, to supply the use water of various different purposes, the operating of the aqua storage tank and air water energy conversion apparatus, the basis changed using water as energy and carrier, carry out effective energy conversion recycling, with the consumption of lowest energy consumption and water, carry out efficient cooling thermal discharge or endothermic process, recirculated water is set to be cooled, and then strengthen the cooling effectiveness of recirculated water, or recirculated water is obtained heat absorption heating, it is used with providing heat temperature raising in building, and the air energy conversion as building internal and external environment and energy adjustment, the source of supply, and then play water storage, supply water, take precautions against natural calamities, energy-conservation and the multi-functional of energy storage, implement the recycling of the energy needed for being converted to by the energy in water resource in building, reach water and application and balance of the energy on ground.

Description

Water resource energy conversion system

Technical field

The present invention is related to a kind of water resource energy conversion system, and this is espespecially a kind of to be by the use of water as what energy was changed System, thus reaches the recycling of water resource and energy conversion, while with the consumption of lowest energy consumption and water, carrying out efficient cooling Heat extraction, and as building internal and external environment air energy conversion with energy adjustment, supply source, and then performance water storage, water supply, The multi-functional taken precautions against natural calamities with energy storage, effective execution is converted to being applied and balance in groundization for the energy using water resource.

Background technology

Because earth resource is limited, the mankind without restraint exhaustive exploitation with milli it is immoderate using destruction under, cause the earth warm up Change the shaping of climatic variation extreme climate, and derivative violent disaster is kept pouring in, the result that various natural disasters constantly occur causes human life With property by serious threat, or even some areas face the crisis that can nowhere occupy;Thus knowledgeable people is in order to save the earth Ecology, the environmental protection of continuous initiated call and the importance saved water and energy, the phase can reduce destruction of the mankind to the Nature, to prevent people The arrival that class great calamity shifts to an earlier date.

Water is the carrier of energy on the earth, and can be by way of ocean current and rainfall or snowfall, by tellurian energy point Various regions are distributed in, the activity of the mankind in recent years facilitates extreme climate to shape, and has had a strong impact on the ecology of natural water circulation, rainwater or snow Come, in the distribution of time and regional context, extreme inequality is dried non-rare in the generation of same region with floods.

Again as shown in figure 1, storing up the schematic diagram of water utilization system 1 for an existing water resource, it mainly utilizes a water supply installation 11 provide the supplies of various use water, and unnecessary water resource collection can be received in an aqua storage tank 12 by the water supply installation 11, to make For the storage of alternate source;, but can not be further but this mode is the supply when the collection for solving water is received with water shortage With reference to or change the recyclings of other available energy.Furthermore, according to the Nature law, when external environment is in lower state (low temperature) shape Under condition, building necessarily be in gain of heat state, to maintain the temperature of indoor environment in livable state, and is in external environment Under upper state (high temperature) situation, building necessarily be in heat extraction state, to maintain the temperature of indoor environment in livable state;So And in order to maintain building be adapted to people occupy condition, it is therefore necessary to by air-conditioning system row against natural environment operation, i.e., when outer Boundary's environment is under upper state (high temperature) situation, and air conditioner must drain into interior of building heat the outdoor of high temperature, for example, set Air-conditioner set in building, it operates opportunity and natural environment contrary, and the used heat discharged is when natural environment is warmmer Phase, used heat of discharge is more on the contrary needed for it, thus causes the thermal pollution of environment more serious, and above-mentioned various conservation measures, and Not can effectively solve the problem that the problem of interior of building energy is changed so that used heat continues to pollute environment, do not know more how With the conversion on operating opportunity, these used heat are made into effective recycle.And it is in lower state (low temperature) shape in external environment Under condition, building must rely on air conditioner, and capturing thermal source supply heating of house to the external environment of low temperature is used, this violation nature The act of state, is the arch-criminal of the practice, even more global warming that expend very much the energy in fact.

Due in building internal and external environment, that is, containing various available resources and energy, therefore the planning of air-conditioning system, The target balanced on ground should be can be only achieved using building internal energy balance itself to consider, but it is unluckily up to without good Good solution countermeasure.

The content of the invention

In view of the bottleneck run into current water resource and energy source use, after the present inventor after studying many times, eventually It is that a kind of water resource energy conversion system is provided, it is used as energy using water in the goal of the invention for the invention, i.e. this case for completing this case The basis of conversion is measured, using the huge energy storage capacity of water, by energy storage in aqua storage tank, and air water energy conversion apparatus is combined Operating, in due course machine and indoor and outdoor surroundingses make heat exchange, except create indoor environment under healthy comfort conditions, better conform to from Energy balance relations so are kept with the Nature, the recycling of water resource and energy conversion is thus reached, with lowest energy consumption and water Consumption, carries out efficient cooling thermal discharge process, recirculated water is cooled, and then the cooling effectiveness of enhancing recirculated water, And then the air energy conversion of offer building internal and external environment and energy adjustment are entered there is provided the cold/heat source of air-conditioning needed for building And play water storage, the multi-functional for supplying water, taking precautions against natural calamities with energy storage, effective execution using water resource change the energy groundization apply with Balance.

For up to the purpose of the invention described above, the present invention provides a kind of water resource energy conversion system, and it, which is comprised at least, one Control unit, an air water energy conversion apparatus, a water supply installation and the aqua storage tank of at least one, wherein:

The control unit, controls the operating start of whole system, and is connected with an electric power system;

The air water energy conversion apparatus, includes:

One housing, is a hollow cylinder, and it is interior with a content space, and the case top has an exhaust outlet, the housing Periphery is provided with an at least air inlet;

One cooling fan, is controlled at the exhaust outlet of the housing, and by the control unit;

One supervisor row, located at the lower section of the cooling fan, it is made up of an at least coil pipe, the water inlet end of the coil pipe and One first outlet pipe is connected, and the water side of the coil pipe is connected with one first oral siphon;

One air precooling water pipe is arranged, the lower side arranged located at the supervisor, and it is made up of an at least coil pipe, and the air is pre- The water inlet end of the coil pipe of cold water pipe row is connected with a main connecting leg, the water side of the coil pipe of air precooling water pipe row and a sparge pipe Connection, the sparge pipe is provided with an at least hole for water spraying;

One water evaporimeter, is installed in the underface of supervisor row, and the water evaporimeter is a generation water evaporation endothermic effect Water smoke refrigerating plant, at least side of the water evaporimeter is located at the sprinkling zone of the sparge pipe, and the water evaporimeter bottom is provided with one Water-collecting tray, water-collecting tray connection one is catchmented connecting leg;

One collection water loading chamber, is a closed room located at the lower section of the water evaporimeter, and passes through catchment connecting leg and the collection Water pond is connected, and the collection water loading chamber also send water connecting leg to be connected with the main connecting leg by one, and this send water connecting leg to be provided with one the 3rd water pump, The collection water loading chamber is provided with a water level sensor and is circumscribed with a filling pipe, and the filling pipe is provided with one the 3rd water control valve, the water level Sensor, the 3rd water control valve, the 3rd water pump and the control unit line, and controlled by the control unit;

The water supply installation, is a device that water source collection is received and classification is used, and all water sources are entered by least one water inlet connecting leg The water supply installation, and water is conveyed to by the aqua storage tank by one second oral siphon, second oral siphon is provided with one first control water Water storage in the aqua storage tank is delivered to the water supply installation and used by valve, the water supply installation more by one second outlet pipe, the water supply Device is also connected with an at least supply channel, to supply needed for various use water;

The aqua storage tank, is a closed room, and the aqua storage tank is provided with multiple water inlets and a water level detector, water level detecting Device is to detect the water storage water level in the aqua storage tank.

Described water resource energy conversion system, wherein, the plurality of water inlet includes one first water inlet, one second connect The mouth of a river, one the 3rd water inlet and one the 4th water inlet, first water inlet are connected with second oral siphon, second water inlet with Second outlet pipe is connected, and the 3rd water inlet is connected with first oral siphon, and the 4th water inlet connects with first outlet pipe Connect.

Described water resource energy conversion system, wherein, second oral siphon, which is provided with one first water control valve and connect, sets one Outlet Pipe, the Outlet Pipe is provided with one the 4th water control valve.

Described water resource energy conversion system, wherein, second outlet pipe is provided with one first water pump and one second control Water valve.

Described water resource energy conversion system, wherein, more connect on second outlet pipe and set a leak-off pipe, on the leak-off pipe Provided with one the 5th water control valve.

Another embodiment of the water resource energy conversion system of the present invention, it is particularly suitable for use in high temperature(More than 28 DEG C)Or it is low Temperature(Less than 15 DEG C)Weather, using the powerful energy storage characteristic of water resource, with reference to the start of thermal source unit, supply Interior Space Between needed for thermal source and low-temperature receiver, it, which is comprised at least, a control unit, an air water energy conversion apparatus, a water supply installation, at least The aqua storage tank of one and at least one set of thermal source unit, it is characterised in that:

The control unit, is connected with an electric power system;

The air water energy conversion apparatus, includes:

One housing, is a hollow cylinder, and it is interior with a content space, and the case top has an exhaust outlet, the housing Periphery is provided with an at least air inlet, and the air inlet is more close to a filter screen;

One cooling fan, is controlled at the exhaust outlet of the housing, and by the control unit;

One supervisor row, located at the lower section of the cooling fan, it is made up of an at least coil pipe, the water inlet end of the coil pipe and One first outlet pipe is connected, and the water side of the coil pipe is connected with one first oral siphon;

One air precooling water pipe is arranged, the lower side arranged located at the supervisor, and it is made up of an at least coil pipe, and the air is pre- The water inlet end of the coil pipe of cold water pipe row is connected with a main connecting leg, the water side of the coil pipe of air precooling water pipe row and a sparge pipe Connection, the sparge pipe is provided with an at least hole for water spraying;

One water evaporimeter, is installed in the underface of supervisor row, and the water evaporimeter is a generation water evaporation endothermic effect Water smoke refrigerating plant, at least side of the water evaporimeter is located at the sprinkling zone of the sparge pipe, and the water evaporimeter bottom is provided with one Water-collecting tray, the water-collecting tray is also connected with one and catchmented connecting leg;

One collection water loading chamber, is a closed room located at the lower section of the water evaporimeter, and passes through catchment connecting leg and the collection Water pond is connected, and the collection water loading chamber also send water connecting leg to be connected with the main connecting leg by one, and this send water connecting leg to be provided with one the 3rd water pump, The collection water loading chamber is provided with a water level sensor and is circumscribed with a filling pipe, and the filling pipe is provided with one the 3rd water control valve, the water level Sensor, the 3rd water control valve, the 3rd water pump and the control unit line, and controlled by the control unit;

The water supply installation, is a device that water source collection is received and classification is used, and all water sources are entered by least one water inlet connecting leg The water supply installation, and water is conveyed to by the aqua storage tank by one second oral siphon, second oral siphon is provided with one first control water Water storage in the aqua storage tank is delivered to the water supply installation and used, this second by valve, the water supply installation more by one second outlet pipe Outlet pipe is provided with one first water pump and one second water control valve, and the water supply installation simultaneously connects an at least supply channel, each to supply Kind water it is required;

The aqua storage tank, is a closed room, it is arranged at subsurface(Also it can be located on ground, and its preferable setting area Domain building bottom such as basement, or communal facility groundwater reservoir), the aqua storage tank is provided with multiple water inlets and one Water level detector, the water level detector is to detect the water storage water level in the aqua storage tank, the water level detector and the control unit Line, and controlled by the control unit;

The thermal source unit, it is operated is controlled by the control unit, and is connected via one the 3rd outlet pipe with the aqua storage tank, with Input circulation water supply thermal source unit carries out heating offer to needing thermal field to close(Or carry out cold air offer to needing awkward silence at a meeting to close), another warp It is connected, will be flowed back with the recirculated water after the thermal source unit heat exchange in the aqua storage tank with the aqua storage tank by the 3rd oral siphon.

Described water resource energy conversion system, wherein, the plurality of water inlet includes one first water inlet, one second connect The mouth of a river, one the 3rd water inlet, one the 4th water inlet, one the 5th water inlet and one the 6th water inlet, first water inlet with this Two oral siphons are connected, and second water inlet is connected with second outlet pipe, and the 3rd water inlet is connected with first oral siphon, should 4th water inlet is connected with first outlet pipe, and the 5th water inlet is connected with the 3rd oral siphon, the 6th water inlet and one 3rd outlet pipe is connected, and the 3rd outlet pipe is provided with one the 4th water pump.

Described water resource energy conversion system, wherein, second oral siphon, which is provided with one first water control valve and connect, sets one Outlet Pipe, the Outlet Pipe is provided with one the 4th water control valve.

Described water resource energy conversion system, wherein, second outlet pipe is provided with one first water pump and one second control Water valve.

Described water resource energy conversion system, wherein, more connect on second outlet pipe and set a leak-off pipe, on the leak-off pipe Provided with one the 5th water control valve.

The beneficial effects of the invention are as follows:The basis changed using water as energy, using the huge energy storage capacity of water, by energy Aqua storage tank is stored in, and combines the operating of air water energy conversion apparatus, machine makees heat exchange with indoor and outdoor surroundingses in due course, except Indoor environment is created under healthy comfort conditions, better conforming to nature and the Nature holding energy balance relations, thus reaches that water is provided Source and the recycling of energy conversion, with the consumption of lowest energy consumption and water, carry out efficient cooling thermal discharge process, obtain recirculated water It must cool, and then strengthen the cooling effectiveness of recirculated water, and then air energy conversion and the energy of building internal and external environment are provided Amount regulation is there is provided the cold/heat source of air-conditioning needed for building, and then the multi-functional for playing water storage, supplying water, taking precautions against natural calamities with energy storage, has Effect is implemented changes being applied and balance in groundization for the energy using water resource.

Brief description of the drawings

Fig. 1 is the block schematic diagram of existing water storage;

Fig. 2 is composition block schematic diagram of the invention;

Fig. 3 is air water energy conversion apparatus composition schematic diagram of the invention;

Fig. 4 is embodiments of the invention schematic diagram;

Fig. 5 is its composition block schematic diagram of another embodiment of the present invention;

Fig. 6 is another embodiment of the present invention embodiment schematic diagram;

Fig. 7 is its start schematic flow sheet of another embodiment of the present invention.

Description of reference numerals:1- water resources store up water utilization system;11- water supply installations;12- aqua storage tanks;The 2- air waters energy turns Changing device;20- housings;201- content spaces;202- exhaust outlets;203- air inlets;204- filter screens;21- cooling fans;22- master Pipe is arranged;220- coil pipes;221- water inlet ends;222- water sides;23- cold water pipes are arranged;230- coil pipes;231- water inlet ends;232- water outlets End;24- water evaporimeters;241- water-collecting trays;25- collection water loading chambers;251- water level sensors;21- control units;3- water supply installations; The oral siphons of 31- second;The outlet pipes of 32- second;33- supply channels;34- water inlet connecting legs;35- leak-off pipes;36- Outlet Pipes;4,4 '- Aqua storage tank;42- water level detectors;5- control units;6- thermal source units;The water inlets of a- first;The water inlets of b- second;C- the 3rd connects The mouth of a river;The water inlets of d- the 4th;The water control valves of C1- first;The water control valves of C2- second;The water control valves of C3- the 3rd;C4- the 4th controls water Valve;The water control valves of C5- the 5th;The water pumps of P1- first;The water pumps of P2- second;The water pumps of P3- the 3rd;The water pumps of P4- the 4th;L1- first enters water Pipe;The outlet pipes of L2- first;L3- overflow pipes;L30- filling pipes;The oral siphons of L4- the 3rd;L40- sparge pipes;L41- hole for water sprayings;L5- 3rd outlet pipe;L50- catchments connecting leg;The main connecting legs of L6-;L70- send water connecting leg;B- buildings;B1- ground;E-, which powers, is System;J- blowdown apparatus;K- sterilizers;V- hand-operated valves.

Embodiment

Refer to shown in Fig. 2, Fig. 3, Fig. 4, be the water resource energy conversion system of the present invention, it, which is comprised at least, a control Unit 5, an air water energy conversion apparatus 2, a water supply installation 3 and the aqua storage tank of at least one 4.

Above-mentioned control unit 5, controls the operating start of whole system, and with an electric power system (comprising mains-supplied or Other green energy power supplies) E connections.

Above-mentioned air water energy conversion apparatus 2(Refer to shown in Fig. 3), it is interior provided with a cooling fan in a housing 20 21st, the water evaporimeter 24 of supervisor's 22, at least one air precooling water pipe of row row 23, one and a collection water loading chamber 25.

The housing 20, is a hollow cylinder, and it is interior with a content space 201, and its top has an exhaust outlet 202, should The periphery of housing 20 is provided with an at least air inlet 203, and the air inlet 203 is more close to a filter screen 204.

The cooling fan 21, at the exhaust outlet 202 of the housing 20, and by the control of the control unit 5.

Supervisor row 22, located at the lower section of the cooling fan 21, it is made up of an at least coil pipe 220, the coil pipe 220 Water inlet end 221 be connected with one first outlet pipe L2, and the water side 222 of the coil pipe 220 is connected with one first oral siphon L1.

Air precooling water pipe row 23, located at the lower side of supervisor row 22, it is made up of an at least coil pipe 230, The water inlet end 231 of the coil pipe 230 is connected with a main connecting leg L6, and the water side 232 of the coil pipe 230 is connected with a sparge pipe L40, should Sparge pipe L40 is provided with an at least hole for water spraying L41.

The water evaporimeter 24, is installed in the underface of supervisor row 22, and it is the water smoke for producing water evaporation endothermic effect Refrigerating plant, its at least side be located at sparge pipe L40 sprinkling zone, the bottom of water evaporimeter 24 be provided with a water-collecting tray 241, The water-collecting tray 241 connection one is catchmented connecting leg L50.

The collection water loading chamber 25, is a closed room, and pass through the connecting leg that catchments located at the lower section of the water evaporimeter 24 L50 is connected with the water-collecting tray 241, and the collection water loading chamber 25 also send water connecting leg L70 to be connected with the main connecting leg L6 by one, and this send water to connect Pipe L70 is provided with one the 3rd water pump P 3, and the collection water loading chamber 25 is provided with a water level sensor 251 and is circumscribed with a filling pipe L30, should Filling pipe L30 is provided with one the 3rd water control valve C3, the water level sensor 251, the 3rd water control valve C3, the 3rd water pump P 3 and the control The line of unit 5 processed, and be controlled by it.

Above-mentioned water supply installation 3, is that a water source collection is received(The water source includes running water, rainwater, recycled water, air conditioner condensate water) And the device that classification is used, all water sources enter the water supply installation 3 by least one water inlet connecting leg 34(Make before entering at all water sources Water treatment), and water is conveyed to by the aqua storage tank 4 by one second oral siphon 31, second oral siphon 31 is provided with one first Water control valve C1 and connect and set an Outlet Pipe 36, the Outlet Pipe 36 is provided with one the 4th water control valve C4(This valve normality is closed, and works as rain When Ji Shui recovery is excessive, the water in the water supply installation 3 needs to be released, and now the control unit 5 can control the 4th control Water valve C4 is opened, first water control valve C1 is closed), the water supply installation 3 is more by one second outlet pipe 32, by the aqua storage tank Water storage in 4 is delivered to the water supply installation 3 and used, and second outlet pipe 32 is provided with one first water pump P 1 and one second water control valve C 2, the water supply installation 3 is also connected with an at least supply channel 33, to supply needed for various use water, on another second outlet pipe 32 more Connect and set a leak-off pipe 35, the leak-off pipe 35 is provided with one the 5th water control valve C5(This valve normality works as rainy season or typhoon to close This valve can be opened before arriving, there is provided there are more water storages when heavy rain comes in advance releasing the water in the aqua storage tank 4 in advance Capacity, thus reaches effect of flood control).

Above-mentioned aqua storage tank 4, is a closed room, and it is arranged under the B1 of ground(Also can be on the B1 of ground, and it is managed The setting area thought building B bottom such as basement, or communal facility groundwater reservoir), the aqua storage tank 4 is provided with Multiple water inlet a, b, c, d and a water level detector 42, the plurality of water inlet include one first water inlet a, one second water receiving Mouth b, one the 3rd water inlet c and one the 4th water inlet d, the first water inlet a are connected with second oral siphon 31, second water receiving Mouthful b is connected with second outlet pipe 32, and the 3rd water inlet c is connected with first oral siphon L1, the 4th water inlet d and this One outlet pipe L2 connections, the water level detector 42 is to detect the water storage water level in the aqua storage tank 4.

During its cooling fan 21 operating of above-mentioned air water energy conversion apparatus 2, extraneous air can be entered by air inlet 203, And precooling is carried out by air precooling water pipe row 23(Water temperature in air precooling water pipe row 23 is less than the temperature of air, works as sky Gas by when because of heat exchange action, can make air produce cooling precooling);Then air inlet enters the water evaporimeter 24, due to water spray The water that pipe L40 blowings water hole L41 is sprayed can form water smoke, and produce water evaporation effect with air inlet heat exchange, facilitate air inlet Rapid drop in temperature, while when circulating water flow arranges 22 its coil pipe 220 through the supervisor, also can carry out heat exchange again with air inlet, make Air inlet to obtain and arrange 22 and the recirculated water in its coil pipe 220 by the supervisor there is provided the air inlet compared with low temperature after second of cooling down Heat exchange is carried out, recirculated water is obtained cooling-down effect, recirculated water flows to the aqua storage tank 4, and and groove by first oral siphon L1 again Interior water storage carries out heat exchange, and makes the raw and cold cooling-down effect of the aquatic products in aqua storage tank 4, and the recirculated water in the aqua storage tank 4(I.e. Water storage), can also be flowed into via first outlet pipe L2 in supervisor row 22, again with being carried out by the air inlet of the water evaporimeter 24 Heat exchange.

As for the water-collecting tray 241 of the bottom of water evaporimeter 24, collection receives the water that sparge pipe L40 is sprayed on the water evaporimeter 24 (Now water temperature by water evaporation effect because having declined), and the collection water loading chamber 25 is flowed into by the connecting leg L50 that catchments, then by this The conveying of the 3rd water pump P 3 on water connecting leg L70 is sent, and the water in the collection water loading chamber 25 is sent to air precooling water pipe row 23, to be carried out to the outer gas passed through after precooling, pass through sparge pipe L40 hole for water sprayings L41 and water outlet is sprayed on the water evaporimeter 24, finally taken in by the water-collecting tray 241 collection into collection water loading chamber 25, and the water level sensor 251 of the collection water loading chamber 25 is then detectd at any time Water level inside surveying, when water of the water level less than setting, the control unit 5 can control the 3rd water control valve C3 to open, profit Moisturizing is carried out with filling pipe L30, until the water level sensor 251 detects water level inside and has supplemented the water for reaching setting, The control unit 5 can just control the 3rd water control valve C3 to close and stop moisturizing.

The air water energy conversion apparatus 2 of the present invention, being arranged in the supervisor (should when 22 interior circulation coolant-temperature gages reach setting low-temperature values Setting low-temperature values can be set according to use demand, typically be set below less than 25 DEG C), the control unit 5 can control the 3rd Water pump P 3 stops start, to stop the operating of water evaporation enhancing cooling, to reach water saving and energy-saving effect;Separately when the supervisor arranges 22 (the setting high temperature values can be set according to use demand, be typically set in and be higher than during interior circulation coolant-temperature gage arrival setting high temperature values 30 DEG C), the control unit 5 can control the accelerated service of the 3rd water pump P 3, with fortified water vaporization cycle ability, lift the fortune of its cooling Line efficiency.

The water supply installation 3 can will collect receipts or unnecessary water, via the conveying of second oral siphon 31, by first water receiving Mouthful a inputs the aqua storage tank 4, so in torrential rain, and the passage for dredging flood is switched to using the aqua storage tank 4, with reach take precautions against natural calamities, supplies water and The function of water storage, and the aqua storage tank 4 water level detector 42 detect water storage reached setting high water level when, the control list Member 5 can control first water control valve C1 to close to stop water inlet, and the 4th water control valve C4 is opened and released;In the another aqua storage tank 4 Water storage less than setting low water level when, the control unit 5 then control first water control valve C1 open carry out moisturizing;Should in addition, working as When water supply installation 3 need to use water storage, the control unit 5 can control the first water pump P 1 on second outlet pipe 32 to operate, Two water control valve C2 are opened, and the first water control valve C1, the 4th water control valve C4 are closed, and the water storage in aqua storage tank 4 is sent to The water supply installation 3 supplies water(When being not required to supply water, the control unit 5 can control first water pump P 1 to shut down, the second water control valve C2 is closed, and need to only keep foot in the aqua storage tank 4 usually for the moisture storage capacity of the inside and outside energy shift equilibrium of building B, many Remaining water is available for the water supply installation 3 properly utilization).

The operating of above-mentioned air water energy conversion apparatus 2, it is possible to provide building B in spring, the middle season in autumn, or the summer, Winter temperature is in the middle temperature range period(Referring to most to feel in summer comfortable temperature between 23 DEG C~26 DEG C, winter is 18 DEG C~ 20 DEG C, the requirement of relative humidity is in 50%~60%RH), it operates mode and is not required to start any air conditioner cooling or heat supply, only needs Make energy conversion and supplement fresh air via the air water energy conversion apparatus 2 using outer gas, you can obtain comfortable indoor ring Border temperature;The operating of the air water energy conversion apparatus 2, on daytime(Or summer)High temperature(More than 28 DEG C)When, it is possible to use water storage The water storage of low temperature carries out heat exchange in groove 4(Refer at summer), and then produce pre-heating temperature elevation at winter;Separately when under evening temperature During drop, changed via the energy of the air water energy conversion apparatus 2, it is back to the water temperature of the aqua storage tank 4 also compared with being daytime low(Greatly About can be at 20 DEG C or so), can be by compared with the water storage of low temperature, there is provided high temperature on daytime stored by night using this energy storage mode(28 More than DEG C)The use of Shi Jinhang energy conversion, is acted on by the energy storage of the aqua storage tank 4, with cold heat needed for supplying in building Source.

Separately at night(Or winter)Low temperature(Less than 15 DEG C)When, it is possible to use the water storage of higher temperatures, supply room in aqua storage tank 4 Interior required heat, and when daytime temperature is higher, changed via the energy of the air water energy conversion apparatus 2, it is back to the water storage Groove 4 is again after heat exchange action, and water temperature is also height compared with night(About can be at 20 DEG C or so), can using this energy storage mode So that by the water storage of higher temperatures stored by daytime, there is provided Low Night Temperature(Less than 15 DEG C)The use of Shi Jinhang energy conversion, same It is also to be acted on by the energy storage of the aqua storage tank 4, with cold/heat source needed for supplying in building.

The invention described above is ensures the problem of recirculated water will not produce bacterial derivation in the collection water loading chamber 25 again, and this catchments Room 25 can more be coupled a sterilizer K, and sterilizer K is a quartz burner(Or a foul smell machine, an anion machine).

The bottom of water-collecting tray 241 of the invention described above is connected with a blowdown apparatus J again, blowdown apparatus J more with an overflow pipe L3 connections, and a hand-operated valve V is provided with overflow pipe L3, when the sewage and deposit in water-collecting tray 241 need to be excluded, just Hand-operated valve V is opened, exclusion, which is finished, can shut hand-operated valve V;Rows of the overflow pipe L3 except providing sewage and deposit Out, still as the drainage channel of the overflow of water-collecting tray 241.

Refer to shown in Fig. 5 to Fig. 7, be another embodiment of the water resource energy conversion system of the present invention, it is especially fitted For high temperature(More than 28 DEG C)Or low temperature(Less than 15 DEG C)Weather, using the powerful energy storage characteristic of water resource, with reference to heat The start of source unit, thermal source and low-temperature receiver needed for the supply interior space, it, which is comprised at least, a control unit 5, an air water energy Conversion equipment 2, a water supply installation 3, the aqua storage tank 4 ' of at least one and at least one set of thermal source unit 6.

Above-mentioned control unit 5, controls the operating start of whole system, and with an electric power system (comprising mains-supplied or Other green energy power supplies) E connections.

Above-mentioned air water energy conversion apparatus 2(Refer to shown in Fig. 3), it is interior provided with a cooling fan in a housing 20 21st, the water evaporimeter 24 of supervisor's 22, at least one air precooling water pipe of row row 23, one and a collection water loading chamber 25.

The housing 20, is a hollow cylinder, and it is interior with a content space 201, and its top has an exhaust outlet 202, should The periphery of housing 20 is provided with an at least air inlet 203, and the air inlet 203 is more close to a filter screen 204.

The cooling fan 21, at the exhaust outlet 202 of the housing 20, and by the control of the control unit 5.

Supervisor row 22, located at the lower section of the cooling fan 21, it is made up of an at least coil pipe 220, the coil pipe 220 Water inlet end 221 be connected with one first outlet pipe L2, and the water side 222 of the coil pipe 220 is connected with one first oral siphon L1.

Air precooling water pipe row 23, located at the lower side of supervisor row 22, it is made up of an at least coil pipe 230, The water inlet end 231 of the coil pipe 230 is connected with a main connecting leg L6, and the water side 232 of the coil pipe 230 is connected with a sparge pipe L40, should Sparge pipe L40 is provided with an at least hole for water spraying L41.

The water evaporimeter 24, is installed in the underface of supervisor row 22, and it is the water smoke for producing water evaporation endothermic effect Refrigerating plant, its at least side be located at sparge pipe L40 sprinkling zone, the bottom of water evaporimeter 24 be provided with a water-collecting tray 241, The water-collecting tray 241 is also connected with one and catchmented connecting leg L50.

The water evaporimeter 24, is installed in the underface of supervisor row 22, and it is the water smoke for producing water evaporation endothermic effect Refrigerating plant, its at least side be located at sparge pipe L40 sprinkling zone, the bottom of water evaporimeter 24 be provided with a water-collecting tray 241, The water-collecting tray 241 simultaneously connects one and catchmented connecting leg L50.

Above-mentioned water supply installation 3, is that a water source collection is received(The water source includes running water, rainwater, recycled water, air conditioner condensate water) And the device that classification is used, all water sources enter the water supply installation 3 by least one water inlet connecting leg 34(Make before entering at all water sources Water treatment), and water is conveyed to by the aqua storage tank 4 ' by one second oral siphon 31, second oral siphon 31 is provided with one first Water control valve C1 and connect and set an Outlet Pipe 36, the Outlet Pipe 36 is provided with one the 4th water control valve C4(This valve normality is closed, and works as rain When Ji Shui recovery is excessive, the water in the water supply installation 3 needs to be released, and now the control unit 5 can control the 4th control Water valve C4 is opened, first water control valve C1 is closed), the water supply installation 3 is more by one second outlet pipe 32, by the aqua storage tank Water storage in 4 ' is delivered to the water supply installation 3 and used, and second outlet pipe 32 is provided with one first water pump P 1 and one second water control valve C2, the water supply installation 3 simultaneously connects an at least supply channel 33, to supply needed for various use water, on another second outlet pipe 32 More connect and set a leak-off pipe 35, the leak-off pipe 35 is provided with one the 5th water control valve C5(This valve normality works as rainy season or platform to close Wind can open this valve before arriving, more there is provided having when heavy rain comes in advance releasing the water in the aqua storage tank 4 ' in advance Moisture storage capacity, thus reaches effect of flood control).

Above-mentioned aqua storage tank 4 ', is a closed room, and it is arranged under the B1 of ground(Also it can be located on the B1 of ground, and its Preferable setting area building B bottom such as basement, or communal facility groundwater reservoir), the aqua storage tank 4 ' sets There are multiple water inlet a, b, c, d, e, f and a water level detector 42, the plurality of water inlet includes one first water inlet a, one Two water inlet b, one the 3rd water inlet c, one the 4th water inlet d, one the 5th water inlet e and one the 6th water inlet f, first water receiving Mouthful a is connected with second oral siphon 31, and the second water inlet b is connected with second outlet pipe 32, the 3rd water inlet c and this One oral siphon L1 connections, the 4th water inlet d is connected with first outlet pipe L2, the 5th water inlet e and the 3rd oral siphon L4 connections, the 6th water inlet f is connected with one the 3rd outlet pipe L5, and the 3rd outlet pipe L5 is provided with one the 4th water pump P 4, should Water level detector 42 is to detect the water storage water level in the aqua storage tank 4 ', the 4th water pump P 4, water level detector 42 and the control The line of unit 5, and be controlled by it.

Above-mentioned thermal source unit 6, its operating is controlled by the control unit 5, and via the 3rd outlet pipe L5 and the water storage Groove 4 ' is connected, and is needed thermal field to close to input 6 pairs of circulation water supply thermal source unit and is carried out heating offer(Or it is cold to needing awkward silence at a meeting to close progress Air lift is supplied), be separately connected via the 3rd oral siphon L4 with the aqua storage tank 4 ', by with the recirculated water after the heat exchange of thermal source unit 6 Flow back in the aqua storage tank 4 '.

During its cooling fan 21 operating of above-mentioned air water energy conversion apparatus 2, extraneous air can be entered by air inlet 203, And precooling is carried out by air precooling water pipe row 23(Water temperature in air precooling water pipe row 23 is less than the temperature of air, works as sky Gas by when because of heat exchange action, can make air produce cooling precooling);Then air inlet enters the water evaporimeter 24, due to water spray The water that pipe L40 blowings water hole L41 is sprayed can form water smoke, and produce water evaporation effect with air inlet heat exchange, facilitate air inlet Rapid drop in temperature, while when circulating water flow arranges 22 its coil pipe 220 through the supervisor, also can carry out heat exchange again with air inlet, make Air inlet to obtain and arrange 22 and the recirculated water in its coil pipe 220 by the supervisor there is provided the air inlet compared with low temperature after second of cooling down Heat exchange is carried out, recirculated water is obtained cooling-down effect, recirculated water flows to the aqua storage tank 4, and and groove by first oral siphon L1 again Interior water storage carries out heat exchange, and makes the raw and cold cooling-down effect of the aquatic products in aqua storage tank 4, and the recirculated water in the aqua storage tank 4(I.e. Water storage), can also be flowed into via first outlet pipe L2 in supervisor row 22, again with being carried out by the air inlet of the water evaporimeter 24 Heat exchange.

As for the water-collecting tray 241 of the bottom of water evaporimeter 24, collection receives the water that sparge pipe L40 is sprayed on the water evaporimeter 24 (Now water temperature by water evaporation effect because having declined), and the collection water loading chamber 25 is flowed into by the connecting leg L50 that catchments, then by this The conveying of the 3rd water pump P 3 on water connecting leg L70 is sent, and the water in the collection water loading chamber 25 is sent to air precooling water pipe row 23, to be carried out to the outer gas passed through after precooling, pass through sparge pipe L40 hole for water sprayings L41 and water outlet is sprayed on the water evaporimeter 24, finally taken in by the water-collecting tray 241 collection into collection water loading chamber 25, and the water level sensor 251 of the collection water loading chamber 25 is then detectd at any time Water level inside surveying, when water of the water level less than setting, the control unit 5 can control the 3rd water control valve C3 to open, profit Moisturizing is carried out with filling pipe L30, until the water level sensor 251 detects water level inside and has supplemented the water for reaching setting, The control unit 5 can just control the 3rd water control valve C3 to close and stop moisturizing.

The air water energy conversion apparatus 2 of the present invention, being arranged in the supervisor (should when 22 interior circulation coolant-temperature gages reach setting low-temperature values Setting low-temperature values can be set according to use demand, typically be set below less than 25 DEG C), the control unit 5 can control the 3rd Water pump P 3 stops start, to stop the operating of water evaporation enhancing cooling, to reach water saving and energy-saving effect;Separately when the supervisor arranges 22 (the setting high temperature values can be set according to use demand, be typically set in and be higher than during interior circulation coolant-temperature gage arrival setting high temperature values 30 DEG C), the control unit 5 can control the accelerated service of the 3rd water pump P 3, with fortified water vaporization cycle ability, lift the fortune of its cooling Line efficiency.

By the composition of said elements, make the present invention in addition to it can adjust building B ability at random, supplied with more active Air-conditioning cold air, Central Heating Providing ability, i.e. the air water energy conversion apparatus 2 is answered to coordinate the energy conversion of aqua storage tank 4 ', with building B internal energy balances transfer is preferential operation, and when energy conversion is insufficient, just can actively start the thermal source unit 6 and transport Turn, can so greatly save the thermal source unit 6 operating electric power, and according to the environmental demand of building B, adjust its air conditioner energy, its Drive manner is divided into circulating cold air operating mode, heating circulating operating mode and middle temperature range operating mode(Please refer to Fig. 7 It is shown).

Circulating cold air operates mode:When Indoor Temperature angle value TA, which is more than cold air, supplies setting value TA1, circulating cold air confession is carried out Cold air is answered, now the water storage in the aqua storage tank 4 '(That is recirculated water), by the start of the second water pump P 2 on first outlet pipe L2, Water storage transmission is flowed through into the air water energy conversion apparatus 2 its air precooling water pipe row 23, and heat exchange is carried out with the outer gas that passes through Afterwards, recirculated water is cooled, then flowed back by first oral siphon L1 in the aqua storage tank 4 ', drop the water storage in the aqua storage tank 4 ' Temperature, in addition compared with low temperature water storage then rely on the 3rd outlet pipe L5 the start of the 4th water pump P 4, low temperature water storage is sent to the heat Source unit 6, thus water storage is the cold/heat source needed for low-temperature receiver changes offer building B for the thermal source unit 6, while the heat source machine Group 6 will more be flowed back in the aqua storage tank 4 ' by the 3rd oral siphon L4 with the higher temperatures recirculated water after its heat exchange, and in the storage Cooling in tank 4 ', for the use of the thermal source unit 6.

Heating circulating mode:When Indoor Temperature angle value TA is less than Central Heating Providing setting value TA2, heating circulating supply is carried out warm Gas, the now water storage in the aqua storage tank 4 '(That is recirculated water), by the start of the second water pump P 2 on first outlet pipe L2, will store up Water transmission flows through the air water energy conversion apparatus 2 its air precooling water pipe row 23, and with the outer gas that passes through after heat exchange, make Recirculated water is heated up, then is flowed back by first oral siphon L1 in the aqua storage tank 4 ', the water storage in the aqua storage tank 4 ' is heated up, separately The water storage of outer higher temperatures makes high temperature water storage be sent to the thermal source unit then by the 3rd outlet pipe L5 start of the 4th water pump P 4 6, thus water storage is the cold/heat source needed for low-temperature receiver changes offer building B for the thermal source unit 6, while the thermal source unit 6 is more It will be flowed back by the 3rd oral siphon L4 with the relatively low-temperature circulating water after its heat exchange in the aqua storage tank 4 ', and in the aqua storage tank 4 ' Interior heating, for the use of the thermal source unit 6.

Middle temperature range operates mode:(1)Set when Indoor Temperature angle value TA is supplied between Central Heating Providing setting value TA2 and cold air The middle temperature range period between value TA1(Comfortable indoor temperature is most felt in summer between 23 DEG C~26 DEG C, winter is 18 DEG C ~20 DEG C;And outdoor environment temperature is then between 15 DEG C~18 DEG C), it is not required to start the cooling of thermal source unit 6 or heat supply, only needs to utilize The operating of the air water energy conversion device 2, you can obtain comfortable indoor environment temperature, it is used and transition cases for the energy Have:(1) on daytime(Or summer)High temperature(More than 28 DEG C)When, it is possible to use the water storage of low temperature carries out heat exchange in aqua storage tank 4 ' (Refer at summer), and then produce pre-heating temperature elevation at winter;Separately when evening mercury dropped, filled via the air water energy conversion Put 2 energy conversion, it is back to the water temperature of the aqua storage tank 4 ' also compared with being daytime low(About can be at 20 DEG C or so), using this Energy storage mode, can be by compared with the water storage of low temperature, there is provided high temperature on daytime stored by night(More than 28 DEG C)The conversion of Shi Jinhang energy Use, acted on by the energy storage of the aqua storage tank 4 ', with cold/heat source needed for supplying in building;(2) it is another at night(Or winter)It is low Temperature(Less than 15 DEG C)When, it is possible to use heat required in the water storage of higher temperatures, supply room in aqua storage tank 4 ', and when daytime temperature compared with Gao Shi, changes via the energy of the air water energy conversion apparatus 2, is back to the aqua storage tank 4 ' again after heat exchange action, water Temperature is also height compared with night(About can be at 20 DEG C or so), can be by the storage of higher temperatures stored by daytime using this energy storage mode There is provided Low Night Temperature for water(Less than 15 DEG C)The use of Shi Jinhang energy conversion, same is also the energy storage by the aqua storage tank 4 ' Effect, with cold/heat source needed for supplying in building B.

The invention described above is ensures the problem of recirculated water will not produce bacterial derivation in the collection water loading chamber 25 again, and this catchments Room 25 can more be coupled a sterilizer K, and sterilizer K is a quartz burner(Or a foul smell machine, an anion machine).

The bottom of water-collecting tray 241 of the invention described above is connected with a blowdown apparatus J again, blowdown apparatus J more with an overflow pipe L3 connections, and a hand-operated valve V is provided with overflow pipe L3, when the sewage and deposit in water-collecting tray 241 need to be excluded, just Hand-operated valve V is opened, exclusion, which is finished, can shut hand-operated valve V;Rows of the overflow pipe L3 except providing sewage and deposit Out, still as the drainage channel of the overflow of water-collecting tray 241.

In summary, water resource energy conversion system of the invention, the basis changed using water as energy and carrier, are utilized Air water energy conversion apparatus coordinates the aqua storage tank conversion energy, by energy storage in aqua storage tank, and machine and indoor work heat in due course Exchange, except indoor environment temperature can be maintained under comfort conditions, while further with the Nature energy balance can be kept to close System, is particularly suitable for spring, the middle season in autumn or summer, winter temperature appropriate time periods(Air conditioner fortune is not required in outside air temperature condition In the most of the time turned), be not required to start thermal source unit can cooling or heat supply, and in high temperature(More than 28 DEG C)Or low temperature(15 Below DEG C)Extreme weather, using the powerful energy storage characteristic of water resource, with reference to the start of thermal source unit, supply Interior Space Between needed for thermal source and low-temperature receiver, you can obtain comfortable indoor environment temperature, using as the conversion of building inner air and outer air energy with Energy regulation, the source of supply, have water storage, the function of supplying water, take precautions against natural calamities with energy storage concurrently, effective execution water resource is converted to the energy again Recycle, and then reach the application on ground and balance.

Specific embodiment proposed in present invention, the only technology contents to the convenient explanation present invention, rather than The present invention is narrowly limited to above-described embodiment, in the spiritual situation with following claims without departing from the present invention Under, many variations made are implemented, and still fall within the scope of the present invention.

Claims (10)

1. a kind of water resource energy conversion system, it, which is comprised at least, a control unit, an air water energy conversion apparatus, a water supply Device and the aqua storage tank of at least one, it is characterised in that:
The control unit, is connected with an electric power system;
The air water energy conversion apparatus, includes:
One housing, is a hollow cylinder, and it is interior with a content space, and the case top has an exhaust outlet, the housing perimeter Provided with an at least air inlet;
One cooling fan, is controlled at the exhaust outlet of the housing, and by the control unit;
One supervisor row, located at the lower section of the cooling fan, it is made up of an at least coil pipe, the water inlet end of the coil pipe and one the One outlet pipe is connected, and the water side of the coil pipe is connected with one first oral siphon;
One air precooling water pipe is arranged, the lower side arranged located at the supervisor, and it is made up of an at least coil pipe, the air precooling water The water inlet end of the coil pipe of pipe row is connected with a main connecting leg, and water side and the sparge pipe of the coil pipe of air precooling water pipe row connect Connect, the sparge pipe is provided with an at least hole for water spraying;
One water evaporimeter, is installed in the underface of supervisor row, and the water evaporimeter is the water smoke for producing water evaporation endothermic effect Refrigerating plant, at least side of the water evaporimeter is located at the sprinkling zone of the sparge pipe, and the water evaporimeter bottom is catchmented provided with one Disk, water-collecting tray connection one is catchmented connecting leg;
One collection water loading chamber, is a closed room located at the lower section of the water evaporimeter, and passes through catchment connecting leg and the water-collecting tray Connection, the collection water loading chamber also send water connecting leg to be connected with the main connecting leg by one, and this send water connecting leg to be provided with one the 3rd water pump, the collection Water loading chamber is provided with a water level sensor and is circumscribed with a filling pipe, and the filling pipe is provided with one the 3rd water control valve, the water level sensing Device, the 3rd water control valve, the 3rd water pump and the control unit line, and controlled by the control unit;
The water supply installation, is a device that water source collection is received and classification is used, and all water sources enter the confession by least one water inlet connecting leg Water installations, and water is conveyed to by the aqua storage tank by one second oral siphon, second oral siphon is provided with one first water control valve, should Water storage in the aqua storage tank is delivered to the water supply installation and used by water supply installation more by one second outlet pipe, the water supply installation An at least supply channel is also connected with, to supply needed for various use water;
The aqua storage tank, is a closed room, and the aqua storage tank is provided with multiple water inlets and a water level detector, and the water level detector is used To detect the water storage water level in the aqua storage tank.
2. water resource energy conversion system as claimed in claim 1, it is characterised in that:The plurality of water inlet includes one first Water inlet, one second water inlet, one the 3rd water inlet and one the 4th water inlet, first water inlet connect with second oral siphon Connect, second water inlet is connected with second outlet pipe, and the 3rd water inlet is connected with first oral siphon, the 4th water inlet It is connected with first outlet pipe.
3. water resource energy conversion system as claimed in claim 1, it is characterised in that:Second oral siphon is provided with one first Water control valve and connect and set an Outlet Pipe, the Outlet Pipe is provided with one the 4th water control valve.
4. water resource energy conversion system as claimed in claim 1, it is characterised in that:Second outlet pipe is provided with one first Water pump and one second water control valve.
5. water resource energy conversion system as claimed in claim 1, it is characterised in that:More connect on second outlet pipe and set one and let out Flow tube, the leak-off pipe is provided with one the 5th water control valve.
6. a kind of water resource energy conversion system, it, which is comprised at least, a control unit, an air water energy conversion apparatus, a water supply Device, the aqua storage tank of at least one and at least one set of thermal source unit, it is characterised in that:
The control unit, is connected with an electric power system;
The air water energy conversion apparatus, includes:
One housing, is a hollow cylinder, and it is interior with a content space, and the case top has an exhaust outlet, the housing perimeter Provided with an at least air inlet, the air inlet is more close to a filter screen;
One cooling fan, is controlled at the exhaust outlet of the housing, and by the control unit;
One supervisor row, located at the lower section of the cooling fan, it is made up of an at least coil pipe, the water inlet end of the coil pipe and one the One outlet pipe is connected, and the water side of the coil pipe is connected with one first oral siphon;
One air precooling water pipe is arranged, the lower side arranged located at the supervisor, and it is made up of an at least coil pipe, the air precooling water The water inlet end of the coil pipe of pipe row is connected with a main connecting leg, and water side and the sparge pipe of the coil pipe of air precooling water pipe row connect Connect, the sparge pipe is provided with an at least hole for water spraying;
One water evaporimeter, is installed in the underface of supervisor row, and the water evaporimeter is the water smoke for producing water evaporation endothermic effect Refrigerating plant, at least side of the water evaporimeter is located at the sprinkling zone of the sparge pipe, and the water evaporimeter bottom is catchmented provided with one Disk, the water-collecting tray is also connected with one and catchmented connecting leg;
One collection water loading chamber, is a closed room located at the lower section of the water evaporimeter, and passes through catchment connecting leg and the water-collecting tray Connection, the collection water loading chamber also send water connecting leg to be connected with the main connecting leg by one, and this send water connecting leg to be provided with one the 3rd water pump, the collection Water loading chamber is provided with a water level sensor and is circumscribed with a filling pipe, and the filling pipe is provided with one the 3rd water control valve, the water level sensing Device, the 3rd water control valve, the 3rd water pump and the control unit line, and controlled by the control unit;
The water supply installation, is a device that water source collection is received and classification is used, and all water sources enter the confession by least one water inlet connecting leg Water installations, and water is conveyed to by the aqua storage tank by one second oral siphon, second oral siphon is provided with one first water control valve, should Water storage in the aqua storage tank is delivered to the water supply installation and used by water supply installation more by one second outlet pipe, second water outlet Pipe is provided with one first water pump and one second water control valve, and the water supply installation simultaneously connects an at least supply channel, to supply various use Water it is required;
The aqua storage tank, is a closed room, and the aqua storage tank is provided with multiple water inlets and a water level detector, and the water level detector is used To detect the water storage water level in the aqua storage tank, the water level detector and the control unit line, and controlled by the control unit;
The thermal source unit, it is operated is controlled by the control unit, and is connected via one the 3rd outlet pipe with the aqua storage tank, to input Circulate the water supply thermal source unit, be separately connected via one the 3rd oral siphon with the aqua storage tank, will with after the thermal source unit heat exchange Recirculated water flow back in the aqua storage tank.
7. water resource energy conversion system as claimed in claim 6, it is characterised in that:The plurality of water inlet includes one first Water inlet, one second water inlet, one the 3rd water inlet, one the 4th water inlet, one the 5th water inlet and one the 6th water inlet, this One water inlet is connected with second oral siphon, and second water inlet is connected with second outlet pipe, the 3rd water inlet with this One oral siphon is connected, and the 4th water inlet is connected with first outlet pipe, and the 5th water inlet is connected with the 3rd oral siphon, should 6th water inlet is connected with one the 3rd outlet pipe, and the 3rd outlet pipe is provided with one the 4th water pump.
8. water resource energy conversion system as claimed in claim 6, it is characterised in that:Second oral siphon is provided with one first Water control valve and connect and set an Outlet Pipe, the Outlet Pipe is provided with one the 4th water control valve.
9. water resource energy conversion system as claimed in claim 6, it is characterised in that:Second outlet pipe is provided with one first Water pump and one second water control valve.
10. water resource energy conversion system as claimed in claim 6, it is characterised in that:More connect on second outlet pipe and set one Leak-off pipe, the leak-off pipe is provided with one the 5th water control valve.
CN201410061643.7A 2014-02-24 2014-02-24 water resource energy conversion system CN104864519B (en)

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Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2007271200A (en) * 2006-03-31 2007-10-18 Chiba Univ Air conditioner
CN101169299A (en) * 2007-11-30 2008-04-30 清华大学 Indirect evaporation type cooling/condensing device
CN201104060Y (en) * 2007-11-30 2008-08-20 清华大学 Indirect evaporation type cooling/condensing unit
CN202092253U (en) * 2011-05-16 2011-12-28 西安工程大学 Water-drenching precooling type closed and indirect evaporative cooling high-temperature cooling-water machine set
CN203116199U (en) * 2013-01-29 2013-08-07 西安工程大学 Combined type closed type evaporative cooling water chilling unit with capillary tube

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2007271200A (en) * 2006-03-31 2007-10-18 Chiba Univ Air conditioner
CN101169299A (en) * 2007-11-30 2008-04-30 清华大学 Indirect evaporation type cooling/condensing device
CN201104060Y (en) * 2007-11-30 2008-08-20 清华大学 Indirect evaporation type cooling/condensing unit
CN202092253U (en) * 2011-05-16 2011-12-28 西安工程大学 Water-drenching precooling type closed and indirect evaporative cooling high-temperature cooling-water machine set
CN203116199U (en) * 2013-01-29 2013-08-07 西安工程大学 Combined type closed type evaporative cooling water chilling unit with capillary tube

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