CN101852517B - Reclaimed water heat energy recycling and reusing integrated equipment suitable for villa buildings - Google Patents
Reclaimed water heat energy recycling and reusing integrated equipment suitable for villa buildings Download PDFInfo
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- CN101852517B CN101852517B CN2010102052197A CN201010205219A CN101852517B CN 101852517 B CN101852517 B CN 101852517B CN 2010102052197 A CN2010102052197 A CN 2010102052197A CN 201010205219 A CN201010205219 A CN 201010205219A CN 101852517 B CN101852517 B CN 101852517B
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Abstract
The invention discloses reclaimed water heat energy recycling and reusing integrated equipment suitable for villa buildings, and relates to reclaimed water recycling and reusing integrated equipment. Aiming at the problems of operational energy consumption and resource consumption of the villa buildings which adopt different devices to supply heat, refrigerate or provide domestic hot water, the invention provides two scheme, wherein the scheme one is as follows: arranging an outdoor air heat exchanger and a plate-type heat exchanger in parallel; a scroll compressor is communicated with a four-way reversing valve through a sanitarian hot water heat exchanger; the four-way reversing valve is communicated with the scroll compressor through a first gas-liquid splitter; the four-way reversing valve is communicated with the plate-type heat exchanger and the indoor air heat exchanger; the plate-type heat exchanger is communicated with the reclaimed water heat exchange coil tube of a multi-functional reclaimed water heat energy recycling and reusing water tank; the reclaimed water heat exchange coil tube of the multi-functional reclaimed water heat energy recycling and reusing water tank is communicated with the plate-type heat exchanger; a sanitarian hot water tank is communicated with the sanitarian hot water heat exchanger; and the hot water heat exchanger is communicated with the sanitarian hot water heat exchanger. The scheme two is as follows: the outdoor air heat exchanger and the plate-type heat exchanger are arranged in series. The invention is used in the villa buildings.
Description
Technical field
The present invention relates to a kind of middle hydro-thermal can reclaim and reusing integral equipment.
Background technology
The villa buildings quality of life is higher, preferably thermally comfortable environment in the control room.The consumption of domestic hot-water, running water is very big, and generally needs greening around the house, and water consumption is two to three times of apartment house per family.
Existing villa buildings adopts different equipment to come heat supply, freeze and provide the domestic hot-water respectively, and for example the small gas stove provides indoor heating, and air-cooled cold wind unit provides refrigeration, and electric heater provides the domestic hot-water.Though single equipment efficient is high, overall Energy Efficiency Ratio is lower.In addition, the used heat after the domestic hot-water uses wastes, some also not recovery of middle water through being used for after the simple water treatment afforesting and flushing the toilet, and this has strengthened the operation energy consumption and the resource consumption of villa buildings.
Summary of the invention
The purpose of this invention is to provide a kind of middle hydro-thermal of villa buildings that is applicable to can reclaim and reusing integral equipment, adopts different equipment to come heat supply, freeze and provide the domestic hot-water to have the problem that overall efficiency is low, the domestic hot-water can not utilize, strengthen the operation energy consumption and the resource consumption of villa buildings with back used heat respectively to solve villa buildings.
The present invention solves the problems of the technologies described above the technical scheme of taking to have two, is respectively:
Scheme one: the middle hydro-thermal that is applicable to villa buildings of the present invention can reclaim and reusing integral equipment is that the middle hydro-thermal of air in parallel can reclaim and reusing integral equipment, the middle hydro-thermal of described air in parallel can reclaim and reusing integral equipment by screw compressor, the health hot water heat exchanger, four-way change-over valve, plate type heat exchanger, outdoor air heat exchanger, bidirectional throttling valve, the room air heat exchanger, first Gas and liquid flow diverter, the health hot water water tank, the health hot water pump, middle water-circulating pump, hydro-thermal can reclaim and the reuse water tank in multi-functional, first magnetic valve, second magnetic valve, the 3rd magnetic valve, the 4th magnetic valve, the 5th magnetic valve, first opens and closes valve, second opens and closes valve, first pipeline, second pipeline, the 3rd pipeline, the 4th pipeline, the 5th pipeline and the 6th pipeline are formed; The two is arranged in parallel outdoor air heat exchanger and plate type heat exchanger, one of them of two inputs of the output of screw compressor and health hot water heat exchanger is communicated with, one of them of two outputs of health hot water heat exchanger is communicated with first port of four-way change-over valve, the third connectivity mouth of four-way change-over valve is communicated with the input of first Gas and liquid flow diverter, the output of first Gas and liquid flow diverter is communicated with the input of screw compressor, one of them of two outputs of second port of four-way change-over valve by first pipeline and plate type heat exchanger is communicated with, the four-way mouth of four-way change-over valve is communicated with the input of room air heat exchanger by second pipeline, one of them of two inputs of the output of room air heat exchanger by the 3rd pipeline and plate type heat exchanger is communicated with, one of the residue of two outputs of plate type heat exchanger by middle water-circulating pump with multi-functional in hydro-thermal can reclaim and the water inlet end of the middle water heat exchange coil of reuse water tank is communicated with, hydro-thermal can reclaim and the water outlet end of the middle water heat exchange coil of reuse water tank is communicated with one of the residue of two inputs of plate type heat exchanger in multi-functional, the output of outdoor air heat exchanger is by the 4th pipeline and first pipeline connection, the input of outdoor air heat exchanger is by the 5th pipeline and the 3rd pipeline connection, the two ends of the 6th pipeline are near the input and the output setting of room air heat exchanger, and the two ends of the 6th pipeline respectively with second pipeline and the 3rd pipeline connection, the 3rd magnetic valve is installed on the 6th pipeline, second magnetic valve is installed on second pipeline and between the input of the 6th pipeline and room air heat exchanger, first magnetic valve is installed on the 3rd pipeline and between the output and the 6th pipeline of room air heat exchanger, on the 3rd pipeline bidirectional throttling valve is installed, and bidirectional throttling valve is between the 5th pipeline and the 6th pipeline, the 4th magnetic valve is installed on the 4th pipeline, the 5th magnetic valve is installed on the 5th pipeline, first opens and closes valve is installed on first pipeline and between plate type heat exchanger and the 4th pipeline, second opens and closes valve is installed on the 3rd pipeline and between plate type heat exchanger and the 5th pipeline, the delivery port of health hot water water tank is communicated with one of the residue of two inputs of health hot water heat exchanger by the health hot water pump, water inlet with the health hot water water tank of the residue of two outputs of hot water heat exchanger is communicated with, multi-functional in hydro-thermal can reclaim and the greening of reuse water tank is arranged on sprinkler head that multi-functional middle hydro-thermal can reclaim and the outside of reuse water tank.
Scheme two: the middle hydro-thermal that is applicable to villa buildings of the present invention can reclaim and reusing integral equipment can reclaim and reusing integral equipment for the middle hydro-thermal of series connection air, the middle hydro-thermal of described series connection air can reclaim and reusing integral equipment by screw compressor, the health hot water heat exchanger, four-way change-over valve, plate type heat exchanger, outdoor air heat exchanger, bidirectional throttling valve, the room air heat exchanger, first Gas and liquid flow diverter, the health hot water water tank, the health hot water pump, middle water-circulating pump, hydro-thermal can reclaim and the reuse water tank in multi-functional, second Gas and liquid flow diverter, first magnetic valve, second magnetic valve, the 3rd magnetic valve, the 4th magnetic valve, the 5th magnetic valve, the 6th magnetic valve, the 7th magnetic valve, the 8th magnetic valve, the 9th magnetic valve, first opens and closes valve, second opens and closes valve, first pipeline, second pipeline, the 3rd pipeline, the 6th pipeline, the 7th pipeline, the 8th pipeline, the 9th pipeline and the tenth pipeline are formed; The two series connection of outdoor air heat exchanger and plate type heat exchanger is provided with, one of them of two inputs of the output of screw compressor and health hot water heat exchanger is communicated with, one of them of two outputs of health hot water heat exchanger is communicated with first port of four-way change-over valve, the third connectivity mouth of four-way change-over valve is communicated with the input of first Gas and liquid flow diverter, one of them of two inputs of the output of first Gas and liquid flow diverter by the 8th pipeline and second Gas and liquid flow diverter is communicated with, the 8th pipeline is communicated with the input of screw compressor by the 9th pipeline, one of them of two outputs of second port of four-way change-over valve by first pipeline and plate type heat exchanger is communicated with, the four-way mouth of four-way change-over valve is communicated with the input of room air heat exchanger by second pipeline, one of them of two inputs of the output of room air heat exchanger by the 3rd pipeline and plate type heat exchanger is communicated with, one of the residue of two outputs of plate type heat exchanger by middle water-circulating pump with multi-functional in hydro-thermal can reclaim and the water inlet end of the middle water heat exchange coil of reuse water tank is communicated with, hydro-thermal can reclaim and the water outlet end of the middle water heat exchange coil of reuse water tank is communicated with one of the residue of two inputs of plate type heat exchanger in multi-functional, outdoor air heat exchanger is installed on the 3rd pipeline, on the 3rd pipeline bidirectional throttling valve is installed, one end of the 7th pipeline be arranged between the input of outdoor air heat exchanger and the bidirectional throttling valve and with the 3rd pipeline connection, the other end of the 7th pipeline is communicated with one of the residue of two inputs of second Gas and liquid flow diverter, one end of the tenth pipeline near the output setting of outdoor air heat exchanger and with the 3rd pipeline connection, the other end of the tenth pipeline is communicated with the output of second Gas and liquid flow diverter, the two ends of the 6th pipeline are near the input and the output setting of room air heat exchanger, and the two ends of the 6th pipeline respectively with second pipeline and the 3rd pipeline connection, the 3rd magnetic valve is installed on the 6th pipeline, second magnetic valve is installed on second pipeline and between the input of the 6th pipeline and room air heat exchanger, first magnetic valve is installed on the 3rd pipeline and between the output and the 6th pipeline of room air heat exchanger, the 4th magnetic valve and the 5th magnetic valve are installed on the 3rd pipeline, and the 4th magnetic valve is between the input and the 7th pipeline of outdoor air heat exchanger, the 5th magnetic valve is between outdoor air heat exchanger and plate type heat exchanger, the 6th magnetic valve is installed on the 7th pipeline, the 7th magnetic valve is installed on the tenth pipeline, the 8th magnetic valve is installed on the 7th pipeline and between second Gas and liquid flow diverter and the 6th magnetic valve, the 9th magnetic valve is installed on the 8th pipeline and between the 9th pipeline and second Gas and liquid flow diverter, first opens and closes valve is installed on first pipeline and between plate type heat exchanger and four-way change-over valve, second opens and closes valve is installed on the 3rd pipeline and between plate type heat exchanger and the 5th magnetic valve, the delivery port of health hot water water tank is communicated with one of the residue of two inputs of health hot water heat exchanger by the health hot water pump, water inlet with the health hot water water tank of the residue of two outputs of hot water heat exchanger is communicated with, multi-functional in hydro-thermal can reclaim and the greening of reuse water tank is arranged on sprinkler head that multi-functional middle hydro-thermal can reclaim and the outside of reuse water tank.
The invention has the beneficial effects as follows: the present invention can provide heating, air-conditioning and health hot water supply for villa buildings.Be used for heating and health hot water supply by the heat energy in the water in reclaiming; By hydro-thermal in multi-functional can reclaim and the reuse water tank with middle water reuse, the saving running water.Concrete effect of the present invention is as follows: (1) can reclaim the middle water of villa buildings, comprises the water yield and heat, saves the operation energy consumption and the water content consumption of villa buildings; (2) adopt a set of equipment to realize heating, refrigeration, health hot water supply and greening spray simultaneously, both saved initial outlay, reduced operating cost and machine room area again; (3) during peak load, adopt the source of heat release of greening water summer, improved air-conditioner efficiency, can reduce at least 10% peak power consumption, have positive role for the peak load shifting of electric power as air-conditioning.The present invention is a kind of energy-conservation and water-saving device, can be used in villa buildings.
Description of drawings
Fig. 1 is overall structure schematic diagram of the present invention (adopting the middle hydro-thermal of air in parallel to reclaim and reusing integral equipment); Fig. 2 is overall structure schematic diagram of the present invention (adopting the middle hydro-thermal of series connection air to reclaim and reusing integral equipment); Fig. 3 be multi-functional in hydro-thermal can reclaim and the overall structure schematic diagram of reuse water tank.
The specific embodiment
The specific embodiment one: in conjunction with Fig. 1 and Fig. 3 explanation, the middle hydro-thermal that is applicable to villa buildings of present embodiment can reclaim and reusing integral equipment is that the middle hydro-thermal of air in parallel can reclaim and reusing integral equipment, the middle hydro-thermal of described air in parallel can reclaim and reusing integral equipment by screw compressor 1, health hot water heat exchanger 2, four-way change-over valve 3, plate type heat exchanger 4, outdoor air heat exchanger 5, bidirectional throttling valve 6, room air heat exchanger 7, first Gas and liquid flow diverter 8, health hot water water tank 9, health hot water pump 10, middle water-circulating pump 11, hydro-thermal can reclaim and reuse water tank 13 in multi-functional, the first magnetic valve V1, the second magnetic valve V2, the 3rd magnetic valve V3, the 4th magnetic valve V4, the 5th magnetic valve V5, first opens and closes valve F1, second opens and closes valve F2, first pipeline 16, second pipeline 17, the 3rd pipeline 18, the 4th pipeline 19, the 5th pipeline 20 and the 6th pipeline 21 are formed; The two is arranged in parallel outdoor air heat exchanger 5 and plate type heat exchanger 4, one of them of two inputs of the output of screw compressor 1 and health hot water heat exchanger 2 is communicated with, one of them of two outputs of health hot water heat exchanger 2 is communicated with first port of four-way change-over valve 3, the third connectivity mouth of four-way change-over valve 3 is communicated with the input of first Gas and liquid flow diverter 8, the output of first Gas and liquid flow diverter 8 is communicated with the input of screw compressor 1, one of them of two outputs of second port of four-way change-over valve 3 by first pipeline 16 and plate type heat exchanger 4 is communicated with, the four-way mouth of four-way change-over valve 3 is communicated with the input of room air heat exchanger 7 by second pipeline 17, one of them of two inputs of the output of room air heat exchanger 7 by the 3rd pipeline 18 and plate type heat exchanger 4 is communicated with, one of the residue of two outputs of plate type heat exchanger 4 by middle water-circulating pump 11 with multi-functional in hydro-thermal can reclaim and the water inlet end of the middle water heat exchange coil 13-14 of reuse water tank 13 is communicated with, hydro-thermal can reclaim and the water outlet end of the middle water heat exchange coil 13-14 of reuse water tank 13 is communicated with one of the residue of two inputs of plate type heat exchanger 4 in multi-functional, the output of outdoor air heat exchanger 5 is communicated with first pipeline 16 by the 4th pipeline 19, the input of outdoor air heat exchanger 5 is communicated with the 3rd pipeline 18 by the 5th pipeline 20, the two ends of the 6th pipeline 21 are near the input and the output setting of room air heat exchanger 7, and the two ends of the 6th pipeline 21 are communicated with second pipeline 17 and the 3rd pipeline 18 respectively, the 3rd magnetic valve V3 is installed on the 6th pipeline 21, the second magnetic valve V2 is installed on second pipeline 17 and between the input of the 6th pipeline 21 and room air heat exchanger 7, the first magnetic valve V1 is installed on the 3rd pipeline 18 and between the output and the 6th pipeline 21 of room air heat exchanger 7, on the 3rd pipeline 18 bidirectional throttling valve 6 is installed, and bidirectional throttling valve 6 is between the 5th pipeline 20 and the 6th pipeline 21, the 4th magnetic valve V4 is installed on the 4th pipeline 19, the 5th magnetic valve V5 is installed on the 5th pipeline 20, first opens and closes valve F1 is installed on first pipeline 16 and between plate type heat exchanger 4 and the 4th pipeline 19, second opens and closes valve F2 is installed on the 3rd pipeline 18 and between plate type heat exchanger 4 and the 5th pipeline 20, the delivery port of health hot water water tank 9 is communicated with one of the residue of two inputs of health hot water heat exchanger 2 by health hot water pump 10, water inlet with health hot water water tank 9 of the residue of two outputs of hot water heat exchanger 2 is communicated with, multi-functional in hydro-thermal can reclaim and the greening of reuse water tank 13 is arranged on sprinkler head 13-13 that multi-functional middle hydro-thermal can reclaim and the outside of reuse water tank 13.
Present embodiment is according to different indoor thermal environments, this equipment can realize that for different operational modes such as health hot waters, the low level heat energy of each operational mode or hot remittance can be adopted water or outdoor air in the villa for health hot water, cooling for health hot water, heat supply.Water is afforested in can also reclaiming simultaneously.
The specific embodiment two: in conjunction with Fig. 1 and Fig. 3 explanation, the multi-functional middle hydro-thermal of present embodiment can reclaim and reuse water tank 13 is opened and closed valve 13-10, drainpipe 13-11, middle water reuse pump 13-12, afforested and form with sprinkler head 13-13, middle water heat exchange coil 13-14 and blow-off pipe 13-15 by water tank 13-1, emptying tracheae 13-4, high-level or low-level water level controller 13-5, suction head 13-6, water seal 13-7, blowdown; Middle water heat exchange coil 13-14 is arranged on the below in the water tank 13-1, and the sidewall that the inlet end of middle water heat exchange coil 13-14 and water outlet end all pass water tank 13-1 is arranged on the outside of water tank 13-1, high-level or low-level water level controller 13-5 is packed in the water tank 13-1 and is arranged in the top of water heat exchange coil 13-14, suction head 13-6 is arranged on the below in the water tank 13-1, the input of the middle water reuse pump 13-12 that suction head 13-6 is outer with being arranged on water tank 13-1 is communicated with, the output of middle water reuse pump 13-12 is communicated with sprinkler head 13-13 with greening, the inner chamber of water tank 13-1 respectively with an end of middle water pipe 22, the end of one end of running water pipe 23 and emptying tracheae 13-4 is communicated with, the lower end of water tank 13-1 sidewall is provided with apopore, be provided with water seal 13-7 between the end of apopore and drainpipe 13-11, the lower end of water tank 13-1 sidewall is provided with mudhole, the end of blow-off pipe 13-15 is communicated with by the inner chamber of mudhole with water tank 13-1, blowdown is installed on the blow-off pipe 13-15 opens and closes valve 13-10.So be provided with, have simple in structure, the advantage of reliable operation.Other is identical with embodiment one.
The specific embodiment three: in conjunction with Fig. 2 and Fig. 3 explanation, the middle hydro-thermal that is applicable to villa buildings of present embodiment can reclaim and reusing integral equipment for the series connection air middle hydro-thermal can reclaim and reusing integral equipment, the middle hydro-thermal of described series connection air can reclaim and reusing integral equipment by screw compressor 1, health hot water heat exchanger 2, four-way change-over valve 3, plate type heat exchanger 4, outdoor air heat exchanger 5, bidirectional throttling valve 6, room air heat exchanger 7, first Gas and liquid flow diverter 8, health hot water water tank 9, health hot water pump 10, middle water-circulating pump 11, hydro-thermal can reclaim and reuse water tank 13 in multi-functional, second Gas and liquid flow diverter 15, the first magnetic valve V1, the second magnetic valve V2, the 3rd magnetic valve V3, the 4th magnetic valve V4, the 5th magnetic valve V5, the 6th magnetic valve V6, the 7th magnetic valve V7, the 8th magnetic valve V8, the 9th magnetic valve V9, first opens and closes valve F1, second opens and closes valve F2, first pipeline 16, second pipeline 17, the 3rd pipeline 18, the 6th pipeline 21, the 7th pipeline 24, the 8th pipeline 25, the 9th pipeline 26 and the tenth pipeline 27 are formed; Outdoor air heat exchanger 5 and plate type heat exchanger 4 the two series connection are provided with, one of them of two inputs of the output of screw compressor 1 and health hot water heat exchanger 2 is communicated with, one of them of two outputs of health hot water heat exchanger 2 is communicated with first port of four-way change-over valve 3, the third connectivity mouth of four-way change-over valve 3 is communicated with the input of first Gas and liquid flow diverter 8, one of them of two inputs of the output of first Gas and liquid flow diverter 8 by the 8th pipeline 25 and second Gas and liquid flow diverter 15 is communicated with, the 8th pipeline 25 is communicated with the input of screw compressor 1 by the 9th pipeline 26, one of them of two outputs of second port of four-way change-over valve 3 by first pipeline 16 and plate type heat exchanger 4 is communicated with, the four-way mouth of four-way change-over valve 3 is communicated with the input of room air heat exchanger 7 by second pipeline 17, one of them of two inputs of the output of room air heat exchanger 7 by the 3rd pipeline 18 and plate type heat exchanger 4 is communicated with, one of the residue of two outputs of plate type heat exchanger 4 by middle water-circulating pump 11 with multi-functional in hydro-thermal can reclaim and the water inlet end of the middle water heat exchange coil 13-14 of reuse water tank 13 is communicated with, hydro-thermal can reclaim and the water outlet end of the middle water heat exchange coil 13-14 of reuse water tank 13 is communicated with one of the residue of two inputs of plate type heat exchanger 4 in multi-functional, outdoor air heat exchanger 5 is installed on the 3rd pipeline 18, on the 3rd pipeline 18 bidirectional throttling valve 6 is installed, be communicated with between the input that one end of the 7th pipeline 24 is arranged on outdoor air heat exchanger 5 and the bidirectional throttling valve 6 and with the 3rd pipeline 18, the other end of the 7th pipeline 24 is communicated with one of the residue of two inputs of second Gas and liquid flow diverter 15, one end of the tenth pipeline 27 is communicated with near the output setting of outdoor air heat exchanger 5 and with the 3rd pipeline 18, the other end of the tenth pipeline 27 is communicated with the output of second Gas and liquid flow diverter 15, the two ends of the 6th pipeline 21 are near the input and the output setting of room air heat exchanger 7, and the two ends of the 6th pipeline 21 are communicated with the 3rd pipeline 18 with second pipeline 17 respectively, the 3rd magnetic valve V3 is installed on the 6th pipeline 21, the second magnetic valve V2 is installed on second pipeline 17 and between the input of the 6th pipeline 21 and room air heat exchanger 7, the first magnetic valve V1 is installed on the 3rd pipeline 18 and between the output and the 6th pipeline 21 of room air heat exchanger 7, the 4th magnetic valve V4 and the 5th magnetic valve V5 are installed on the 3rd pipeline 18, and the 4th magnetic valve V4 is between the input and the 7th pipeline 24 of outdoor air heat exchanger 5, the 5th magnetic valve V5 is between outdoor air heat exchanger 5 and plate type heat exchanger 4, the 6th magnetic valve V6 is installed on the 7th pipeline 24, the 7th magnetic valve V7 is installed on the tenth pipeline 27, the 8th magnetic valve V8 is installed on the 7th pipeline 24 and between second Gas and liquid flow diverter 15 and the 6th magnetic valve V6, the 9th magnetic valve V9 is installed on the 8th pipeline 25 and between the 9th pipeline 26 and second Gas and liquid flow diverter 15, first opens and closes valve F1 is installed on first pipeline 16 and between plate type heat exchanger 4 and four-way change-over valve 3, second opens and closes valve F2 is installed on the 3rd pipeline 18 and between plate type heat exchanger 4 and the 5th magnetic valve V5, the delivery port of health hot water water tank 9 is communicated with one of the residue of two inputs of health hot water heat exchanger 2 by health hot water pump 10, water inlet with health hot water water tank 9 of the residue of two outputs of hot water heat exchanger 2 is communicated with, multi-functional in hydro-thermal can reclaim and the greening of reuse water tank 13 is arranged on sprinkler head 13-13 that multi-functional middle hydro-thermal can reclaim and the outside of reuse water tank 13.
The specific embodiment four: in conjunction with Fig. 2 and Fig. 3 explanation, the multi-functional middle hydro-thermal of present embodiment can reclaim and reuse water tank 13 is opened and closed valve 13-10, drainpipe 13-11, middle water reuse pump 13-12, afforested and form with sprinkler head 13-13, middle water heat exchange coil 13-14 and blow-off pipe 13-15 by water tank 13-1, emptying tracheae 13-4, high-level or low-level water level controller 13-5, suction head 13-6, water seal 13-7, blowdown; Middle water heat exchange coil 13-14 is arranged on the below in the water tank 13-1, and the sidewall that the inlet end of middle water heat exchange coil 13-14 and water outlet end pass water tank 13-1 respectively is arranged on the outside of water tank 13-1, high-level or low-level water level controller 13-5 is packed in the water tank 13-1 and is arranged in the top of water heat exchange coil 13-14, suction head 13-6 is arranged on the below in the water tank 13-1, the input of the middle water reuse pump 13-12 that suction head 13-6 is outer with being arranged on water tank 13-1 is communicated with, the output of middle water reuse pump 13-12 is communicated with sprinkler head 13-13 with greening, the inner chamber of water tank 13-1 respectively with an end of middle water pipe 22, the end of one end of running water pipe 23 and emptying tracheae 13-4 is communicated with, the lower end of water tank 13-1 sidewall is provided with apopore, be provided with water seal 13-7 between the end of apopore and drainpipe 13-11, the lower end of water tank 13-1 sidewall is provided with mudhole, the end of blow-off pipe 13-15 is communicated with by the inner chamber of mudhole with water tank 13-1, blowdown is installed on the blow-off pipe 13-15 opens and closes valve 13-10.So be provided with, have simple in structure, the advantage of reliable operation.Other is identical with the specific embodiment three.
One, the middle hydro-thermal of air in parallel can reclaim and the course of work of reusing integral equipment is:
(1) for health hot water: the first magnetic valve V1 and the second magnetic valve V2 close; Screw compressor 1 → health hot water heat exchanger 2 → four-way change-over valve 3 → the 3rd magnetic valve V3 → bidirectional throttling valves 6 → plate type heat exchanger 4 or outdoor air heat exchanger 5 → four-way change-over valve 3 → Gas and liquid flow diverter 8 → screw compressor 1.
(2) heat supply supplies health hot water: the 3rd magnetic valve V3 closes, and the first magnetic valve V1 and the second magnetic valve V2 open; Screw compressor 1 → health hot water heat exchanger 2 → four-way change-over valve 3 → room air heat exchanger 7 → bidirectional throttling valve, 6 → plate type heat exchanger 4 or outdoor air heat exchanger 5 → four-way change-over valve 3 → Gas and liquid flow diverter 8 → screw compressor 1.
(3) cooling supplies health hot water: the 3rd magnetic valve V3 closes, and the first magnetic valve V1 and the second magnetic valve V2 open; Screw compressor 1 → health hot water heat exchanger 2 → four-way change-over valve 3 → plate type heat exchanger 4 or outdoor air heat exchanger 5 → bidirectional throttling valve 6 → room air heat exchanger 7 → four-way change-over valve 3 → Gas and liquid flow diverter 8 → screw compressor 1.
(4) spring and summer is when reaching greening during the time (middle water reuse): multi-functional in hydro-thermal can reclaim and reuse water tank 13 in suction head 13-6 → middle water reuse pump 13-12 → greening sprinkler head 13-13.
When plate type heat exchanger 4 came into operation, first opens and closes valve F1 and second opened and closed valve F2 unlatching, and water-circulating pump 11 is opened in the while; When outdoor air heat exchanger 5 came into operation, the 4th magnetic valve V4, the 5th magnetic valve V5 opened.
Two, the middle hydro-thermal of series connection air can reclaim and the course of work of reusing integral equipment is:
(1) for health hot water: the first magnetic valve V1 and the second magnetic valve V2 close, and the 3rd magnetic valve V3 opens; Screw compressor 1 → health hot water heat exchanger 2 → four-way change-over valve 3 → the 3rd magnetic valve V3 → bidirectional throttling valves 6 → plate type heat exchanger 4 → four-way change-over valve 3 → Gas and liquid flow diverter 8 → screw compressor 1.
(2) heat supply supplies health hot water: the 3rd magnetic valve V3 closes, and the first magnetic valve V1 and the second magnetic valve V2 open; Screw compressor 1 → health hot water heat exchanger 2 → four-way change-over valve 3 → room air heat exchanger 7 → bidirectional throttling valve 6 → plate type heat exchanger 4 → four-way change-over valve 3 → Gas and liquid flow diverter 8 → screw compressor 1.
(3) cooling is for health hot water: the 3rd magnetic valve V3 closes, the first magnetic valve V1 and the second magnetic valve V2 open, and first opens and closes that valve F1, second opens and closes valve F2 and the 6th magnetic valve V6 opens; Screw compressor 1 → health hot water heat exchanger 2 → four-way change-over valve 3 → plate type heat exchanger 4 → bidirectional throttling valve 6 → room air heat exchanger 7 → four-way change-over valve 3 → Gas and liquid flow diverter 8 → screw compressor 1.
(4) spring and summer is when reaching greening during the time (middle water reuse): multi-functional in hydro-thermal can reclaim and reuse water tank 13 in suction head 13-6 → middle water reuse pump 13-12 → greening sprinkler head 13-13.
When not needing outdoor air heat exchanger 5, the 4th magnetic valve V4, the 5th magnetic valve V5, the 7th magnetic valve V7 and the 8th magnetic valve V8 close; When needs outdoor air heat exchanger 5, the 5th magnetic valve V5 and the 6th magnetic valve V6 close, the 4th magnetic valve V4 unlatching, the 7th magnetic valve V7 and the 8th magnetic valve V8 open, the liquid refrigerant that second Gas and liquid flow diverter 15 comes out enters plate type heat exchanger 4, and gaseous refrigerant is got back to screw compressor 1 through the 9th magnetic valve V9.
Three, in multi-functional hydro-thermal can reclaim and the control mode of reuse water tank as follows:
(1) the tenth magnetic valve V10 is installed on running water pipe 23, when water level in the water tank 13-1 was lower than the lowest water level of high-level or low-level water level controller 13-5 setting, the tenth magnetic valve V10 on the running water pipe 23 opened, and running water enters in the water tank 13-1.
(2) when the water level in the water tank 13-1 is higher than the peak level of high-level or low-level water level controller 13-5 setting, enter by middle water pipe 22, the middle water after the processing flows out by water seal 13-7 and drainpipe 13-1.
(3) when arriving the greening spray time of setting (is 16:00 as setting spray time), the water process suction head 13-6 in the water tank 13-1, middle water reuse pump 13-12 and greening realize light greenization function in the recovery with sprinkler head 13-13 ejection.Water reuse pump 13-12 stops in after half an hour.
Claims (4)
1. a middle hydro-thermal that is applicable to villa buildings can reclaim and reusing integral equipment, it is characterized in that: described equipment is the energy recovery and the reusing integral equipment of air-middle water parallel connection, and the energy recovery of described air-middle water parallel connection and reusing integral equipment are by screw compressor (1), health hot water heat exchanger (2), four-way change-over valve (3), plate type heat exchanger (4), outdoor air heat exchanger (5), bidirectional throttling valve (6), room air heat exchanger (7), first Gas and liquid flow diverter (8), health hot water water tank (9), health hot water pump (10), middle water-circulating pump (11), hydro-thermal can reclaim and reuse water tank (13) in multi-functional, first magnetic valve (V1), second magnetic valve (V2), the 3rd magnetic valve (V3), the 4th magnetic valve (V4), the 5th magnetic valve (V5), first opens and closes valve (F1), second opens and closes valve (F2), first pipeline (16), second pipeline (17), the 3rd pipeline (18), the 4th pipeline (19), the 5th pipeline (20) and the 6th pipeline (21) are formed; The two is arranged in parallel outdoor air heat exchanger (5) and plate type heat exchanger (4), one of them of two inputs of the output of screw compressor (1) and health hot water heat exchanger (2) is communicated with, one of them of two outputs of health hot water heat exchanger (2) is communicated with first port of four-way change-over valve (3), the third connectivity mouth of four-way change-over valve (3) is communicated with the input of first Gas and liquid flow diverter (8), the output of first Gas and liquid flow diverter (8) is communicated with the input of screw compressor (1), one of them of two outputs of second port of four-way change-over valve (3) by first pipeline (16) and plate type heat exchanger (4) is communicated with, the four-way mouth of four-way change-over valve (3) is communicated with the input of room air heat exchanger (7) by second pipeline (17), one of them of two inputs of the output of room air heat exchanger (7) by the 3rd pipeline (18) and plate type heat exchanger (4) is communicated with, one of the residue of two outputs of plate type heat exchanger (4) by middle water-circulating pump (11) with multi-functional in hydro-thermal can reclaim and the water inlet end of the middle water heat exchange coil (13-14) of reuse water tank (13) is communicated with, hydro-thermal can reclaim and the water outlet end of the middle water heat exchange coil (13-14) of reuse water tank (13) is communicated with one of the residue of two inputs of plate type heat exchanger (4) in multi-functional, the output of outdoor air heat exchanger (5) is communicated with first pipeline (16) by the 4th pipeline (19), the input of outdoor air heat exchanger (5) is communicated with the 3rd pipeline (18) by the 5th pipeline (20), the two ends of the 6th pipeline (21) are near the input and the output setting of room air heat exchanger (7), and the two ends of the 6th pipeline (21) are communicated with second pipeline (17) and the 3rd pipeline (18) respectively, the 3rd magnetic valve (V3) is installed on the 6th pipeline (21), second magnetic valve (V2) is installed on second pipeline (17) and is positioned between the input of the 6th pipeline (21) and room air heat exchanger (7), first magnetic valve (V1) is installed on the 3rd pipeline (18) and is positioned between the output and the 6th pipeline (21) of room air heat exchanger (7), bidirectional throttling valve (6) is installed on the 3rd pipeline (18), and bidirectional throttling valve (6) is positioned between the 5th pipeline (20) and the 6th pipeline (21), the 4th magnetic valve (V4) is installed on the 4th pipeline (19), the 5th magnetic valve (V5) is installed on the 5th pipeline (20), the first keying valve (F1) is installed on first pipeline (16) and is positioned between plate type heat exchanger (4) and the 4th pipeline (19), the second keying valve (F2) is installed on the 3rd pipeline (18) and is positioned between plate type heat exchanger (4) and the 5th pipeline (20), the delivery port of health hot water water tank (9) is communicated with one of the residue of two inputs of health hot water heat exchanger (2) by health hot water pump (10), water inlet with health hot water water tank (9) of the residue of two outputs of hot water heat exchanger (2) is communicated with, multi-functional in hydro-thermal can reclaim and the greening of reuse water tank (13) is arranged on sprinkler head (13-13) that multi-functional middle hydro-thermal can reclaim and the outside of reuse water tank (13).
2. the middle hydro-thermal of villa buildings that is applicable to according to claim 1 can reclaim and reusing integral equipment, it is characterized in that: multi-functional middle hydro-thermal can reclaim and reuse water tank (13) is opened and closed valve (13-10), drainpipe (13-11), middle water reuse pump (13-12), afforested and form with sprinkler head (13-13), middle water heat exchange coil (13-14) and blow-off pipe (13-15) by water tank (13-1), emptying tracheae (13-4), high-level or low-level water level controller (13-5), suction head (13-6), water seal (13-7), blowdown; Middle water heat exchange coil (13-14) is arranged on the below in the water tank (13-1), and the sidewall that the inlet end of middle water heat exchange coil (13-14) and water outlet end all pass water tank (13-1) is arranged on the outside of water tank (13-1), high-level or low-level water level controller (13-5) is packed in the water tank (13-1) and is arranged in the top of water heat exchange coil (13-14), suction head (13-6) is arranged on the below in the water tank (13-1), the input of the middle water reuse pump (13-12) that suction head (13-6) is outer with being arranged on water tank (13-1) is communicated with, the output of middle water reuse pump (13-12) is communicated with sprinkler head (13-13) with greening, the inner chamber of water tank (13-1) respectively with an end of middle water pipe (22), one end of one end of running water pipe (23) and emptying tracheae (13-4) is communicated with, the lower end of water tank (13-1) sidewall is provided with apopore, be provided with water seal (13-7) between one end of apopore and drainpipe (13-11), the lower end of water tank (13-1) sidewall is provided with mudhole, one end of blow-off pipe (13-15) is communicated with by the inner chamber of mudhole with water tank (13-1), blowdown is installed on the blow-off pipe (13-15) opens and closes valve (13-10).
3. a middle hydro-thermal that is applicable to villa buildings can reclaim and reusing integral equipment, it is characterized in that: described equipment is the energy recovery and the reusing integral equipment of air-middle water series connection, and the energy recovery of described air-middle water series connection and reusing integral equipment are by screw compressor (1), health hot water heat exchanger (2), four-way change-over valve (3), plate type heat exchanger (4), outdoor air heat exchanger (5), bidirectional throttling valve (6), room air heat exchanger (7), first Gas and liquid flow diverter (8), health hot water water tank (9), health hot water pump (10), middle water-circulating pump (11), hydro-thermal can reclaim and reuse water tank (13) in multi-functional, second Gas and liquid flow diverter (15), first magnetic valve (V1), second magnetic valve (V2), the 3rd magnetic valve (V3), the 4th magnetic valve (V4), the 5th magnetic valve (V5), the 6th magnetic valve (V6), the 7th magnetic valve (V7), the 8th magnetic valve (V8), the 9th magnetic valve (V9), first opens and closes valve (F1), second opens and closes valve (F2), first pipeline (16), second pipeline (17), the 3rd pipeline (18), the 6th pipeline (21), the 7th pipeline (24), the 8th pipeline (25), the 9th pipeline (26) and the tenth pipeline (27) are formed; The two setting of connecting of outdoor air heat exchanger (5) and plate type heat exchanger (4), one of them of two inputs of the output of screw compressor (1) and health hot water heat exchanger (2) is communicated with, one of them of two outputs of health hot water heat exchanger (2) is communicated with first port of four-way change-over valve (3), the third connectivity mouth of four-way change-over valve (3) is communicated with the input of first Gas and liquid flow diverter (8), one of them of two inputs of the output of first Gas and liquid flow diverter (8) by the 8th pipeline (25) and second Gas and liquid flow diverter (15) is communicated with, the 8th pipeline (25) is communicated with the input of screw compressor (1) by the 9th pipeline (26), one of them of two outputs of second port of four-way change-over valve (3) by first pipeline (16) and plate type heat exchanger (4) is communicated with, the four-way mouth of four-way change-over valve (3) is communicated with the input of room air heat exchanger (7) by second pipeline (17), one of them of two inputs of the output of room air heat exchanger (7) by the 3rd pipeline (18) and plate type heat exchanger (4) is communicated with, one of the residue of two outputs of plate type heat exchanger (4) by middle water-circulating pump (11) with multi-functional in hydro-thermal can reclaim and the water inlet end of the middle water heat exchange coil (13-14) of reuse water tank (13) is communicated with, hydro-thermal can reclaim and the water outlet end of the middle water heat exchange coil (13-14) of reuse water tank (13) is communicated with one of the residue of two inputs of plate type heat exchanger (4) in multi-functional, outdoor air heat exchanger (5) is installed on the 3rd pipeline (18), bidirectional throttling valve (6) is installed on the 3rd pipeline (18), be communicated with between the input that one end of the 7th pipeline (24) is arranged on outdoor air heat exchanger (5) and the bidirectional throttling valve (6) and with the 3rd pipeline (18), the other end of the 7th pipeline (24) is communicated with one of the residue of two inputs of second Gas and liquid flow diverter (15), one end of the tenth pipeline (27) is communicated with near the output setting of outdoor air heat exchanger (5) and with the 3rd pipeline (18), the other end of the tenth pipeline (27) is communicated with the output of second Gas and liquid flow diverter (15), the two ends of the 6th pipeline (21) are near the input and the output setting of room air heat exchanger (7), and the two ends of the 6th pipeline (21) are communicated with the 3rd pipeline (18) with second pipeline (17) respectively, the 3rd magnetic valve (V3) is installed on the 6th pipeline (21), second magnetic valve (V2) is installed on second pipeline (17) and is positioned between the input of the 6th pipeline (21) and room air heat exchanger (7), first magnetic valve (V1) is installed on the 3rd pipeline (18) and is positioned between the output and the 6th pipeline (21) of room air heat exchanger (7), the 4th magnetic valve (V4) and the 5th magnetic valve (V5) are installed on the 3rd pipeline (18), and the 4th magnetic valve (V4) is positioned between the input and the 7th pipeline (24) of outdoor air heat exchanger (5), the 5th magnetic valve (V5) is positioned between outdoor air heat exchanger (5) and the plate type heat exchanger (4), the 6th magnetic valve (V6) is installed on the 7th pipeline (24), the 7th magnetic valve (V7) is installed on the tenth pipeline (27), the 8th magnetic valve (V8) is installed on the 7th pipeline (24) and is positioned between second Gas and liquid flow diverter (15) and the 6th magnetic valve (V6), the 9th magnetic valve (V9) is installed on the 8th pipeline (25) and is positioned between the 9th pipeline (26) and second Gas and liquid flow diverter (15), the first keying valve (F1) is installed on first pipeline (16) and is positioned between plate type heat exchanger (4) and the four-way change-over valve (3), the second keying valve (F2) is installed on the 3rd pipeline (18) and is positioned between plate type heat exchanger (4) and the 5th magnetic valve (V5), the delivery port of health hot water water tank (9) is communicated with one of the residue of two inputs of health hot water heat exchanger (2) by health hot water pump (10), water inlet with health hot water water tank (9) of the residue of two outputs of hot water heat exchanger (2) is communicated with, multi-functional in hydro-thermal can reclaim and the greening of reuse water tank (13) is arranged on sprinkler head (13-13) that multi-functional middle hydro-thermal can reclaim and the outside of reuse water tank (13).
4. the middle hydro-thermal of villa buildings that is applicable to according to claim 3 can reclaim and reusing integral equipment, it is characterized in that: multi-functional middle hydro-thermal can reclaim and reuse water tank (13) is opened and closed valve (13-10), drainpipe (13-11), middle water reuse pump (13-12), afforested and form with sprinkler head (13-13), middle water heat exchange coil (13-14) and blow-off pipe (13-15) by water tank (13-1), emptying tracheae (13-4), high-level or low-level water level controller (13-5), suction head (13-6), water seal (13-7), blowdown; Middle water heat exchange coil (13-14) is arranged on the below in the water tank (13-1), and the sidewall that the inlet end of middle water heat exchange coil (13-14) and water outlet end pass water tank (13-1) respectively is arranged on the outside of water tank (13-1), high-level or low-level water level controller (13-5) is packed in the water tank (13-1) and is arranged in the top of water heat exchange coil (13-14), suction head (13-6) is arranged on the below in the water tank (13-1), the input of the middle water reuse pump (13-12) that suction head (13-6) is outer with being arranged on water tank (13-1) is communicated with, the output of middle water reuse pump (13-12) is communicated with sprinkler head (13-13) with greening, the inner chamber of water tank (13-1) respectively with an end of middle water pipe (22), one end of one end of running water pipe (23) and emptying tracheae (13-4) is communicated with, the lower end of water tank (13-1) sidewall is provided with apopore, be provided with water seal (13-7) between one end of apopore and drainpipe (13-11), the lower end of water tank (13-1) sidewall is provided with mudhole, one end of blow-off pipe (13-15) is communicated with by the inner chamber of mudhole with water tank (13-1), blowdown is installed on the blow-off pipe (13-15) opens and closes valve (13-10).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010102052197A CN101852517B (en) | 2010-06-22 | 2010-06-22 | Reclaimed water heat energy recycling and reusing integrated equipment suitable for villa buildings |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010102052197A CN101852517B (en) | 2010-06-22 | 2010-06-22 | Reclaimed water heat energy recycling and reusing integrated equipment suitable for villa buildings |
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| CN101852517A CN101852517A (en) | 2010-10-06 |
| CN101852517B true CN101852517B (en) | 2011-09-21 |
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| JP2000140822A (en) * | 1998-11-11 | 2000-05-23 | Takenaka Komuten Co Ltd | Building |
| CN1346046A (en) * | 2000-09-22 | 2002-04-24 | 中国人民解放军沈阳军区建筑设计院 | Heat recovery method for intermediate water engineering |
| CN1891916B (en) * | 2005-07-04 | 2010-11-03 | 大连葆光节能空调设备厂 | Resource-cycle system for ecological community |
| CN101504190A (en) * | 2009-03-11 | 2009-08-12 | 黄邦兴 | Waste hot water waste heat recovery type heat pump water heating system |
| CN101649635B (en) * | 2009-09-14 | 2010-11-10 | 哈尔滨工业大学 | Reclaimed water recycle system of single-span multistoried building |
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