CN104236163A - Method and device for energy-efficient indoor air conditioning and indoor water supply - Google Patents
Method and device for energy-efficient indoor air conditioning and indoor water supply Download PDFInfo
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- CN104236163A CN104236163A CN201410236374.3A CN201410236374A CN104236163A CN 104236163 A CN104236163 A CN 104236163A CN 201410236374 A CN201410236374 A CN 201410236374A CN 104236163 A CN104236163 A CN 104236163A
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Abstract
The invention discloses a method and a device for energy-efficient indoor air conditioning and indoor water supply. A main heat-absorption evaporator is connected in series on a connection pipeline between a throttle valve and an evaporator of an air conditioner and is put in an outdoor cold water supply tank, and a condenser of the air conditioner is tightly mounted on the outer wall of the bottom of an outdoor hot water supply tank; the cold water supply tank and the hot water supply tank are respectively communicated with a water circulation pipeline in an indoor house floor through pipelines ; water in the cold water supply tank or the hot water supply tank can be controlled to individually and circularly flow in the water circulation pipeline in the floor through control of valves; the cold water supply tank and the hot water supply tank are respectively connected to an indoor cold water supply pipeline and an indoor hot water supply pipeline through pipelines. The method and the device have the advantages of simple structure, high working efficiency, low energy consumption, small occupied indoor space, energy conservation, easiness in installation and maintenance, low use cost, long service life and the like.
Description
Technical field
The present invention relates to method and the device thereof of a kind of energy-efficient room conditioning and indoor water supply, belong to room conditioning and hydrotechny field.
Background technology
At present, room conditioning mainly adopts the aircondition with indoor set and off-premises station, this aircondition with indoor set and off-premises station not only has the high shortcoming of energy consumption, and because the hot and cold of existing air-conditioning is all conduct from top to bottom, therefore also there is the shortcoming being not suitable for human body physiological characteristics, in addition, existing air-conditioning also has and accounts for the larger shortcoming of the interior space; And indoor water supply of the prior art mainly by running water system or ground water supply cold water, by electric heater hot-water supply, this indoor way of supplying water for cold water or hot water not only also exists the high problem of energy consumption, but also there is supplied cold water and the little problem of room temperature difference, namely supplied cold water temperature does not reach cold water cryogenic temperature (such as: 2 degree to 3 degree) required in people's daily life.Therefore, existing room conditioning and indoor way of supplying water or not ideal enough, can not meet the needs that people use.
Summary of the invention
The object of the invention is: provide a kind of structure simple, when lowering the temperature to room air or heat air-conditioning or when hot and cold water water supply carried out to indoor, have that operating efficiency is high, energy consumption is little, service life is longer, the energy-efficient room conditioning of lower-cost advantage and the method for indoor water supply and device thereof, to overcome the deficiencies in the prior art.
The present invention is achieved in that
The method of a kind of energy-efficient room conditioning of the present invention and indoor water supply is, the method comprises the air conditioning power source and the watering of employing running water system as indoor that adopt aircondition to heat as room air or to lower the temperature, it is characterized in that: adopt aircondition as house indoor air heating or cooling air conditioning power source time, the main heat absorption evaporimeter that first series connection one is identical with evaporimeter in the connecting pipe between the choke valve and evaporimeter of aircondition, and this main heat absorption evaporimeter is placed on be connected with the pipeline of running water system and in cold water supply tank disposed in the outdoor, make this main heat absorption evaporimeter can absorb the heat of water in cold water supply tank, make the water for cooling in cold water supply tank, the condenser of aircondition is arranged on simultaneously be connected with the pipeline of running water system and on hot water supply tank disposed in the outdoor, make condenser institute liberated heat by the water in the conduction heat hot water supply tank of hot water supply tank, cold water supply tank is communicated with the water circulating pipe in house indoor floor respectively by pipeline with hot water supply tank simultaneously, and can be circulated in the water circulating pipe separately in floor by the water that valve controls in cold water supply tank or hot water supply tank respectively, like this when needs carry out air heat to indoor, first pass through the connection of valve closing cold water supply tank and floor water circulating pipe, by valve, hot water supply tank is communicated with floor water circulating pipe simultaneously, then aircondition is started, at this moment the hot water in hot water supply tank circulates in the water circulating pipe in indoor floor, by the hot water in water circulating pipe to floor heating, such floor is by the air in heat radiation heating clamber, when needs carry out air cooling-down to indoor, first by valve, cold water supply tank is communicated with floor water circulating pipe, by valve, the water circulating pipe on hot water supply tank and floor is disconnected simultaneously, at this moment the cold water in cold water supply tank circulates in the water circulating pipe in indoor floor, so namely, absorb the heat in room air by floor, thus reach the object that room air is lowered the temperature, cold water supply tank and hot water supply tank are received on indoor cold water supplying pipe road and on hot water feeding pipe road respectively by pipeline, so namely can be indoor and cold water or hot water supply are provided.
The of the present invention a kind of energy-efficient room conditioning built according to said method and the device of indoor water supply are, this device is comprised the aircondition that connected to form by pipeline by compressor, condenser, choke valve and evaporimeter and is provided with water circulating pipe and for the floor of indoor, pipeline between the choke valve and evaporimeter of aircondition is connected in series with main heat absorption evaporimeter, and this main heat absorption evaporimeter is arranged in cold water supply tank, and the condenser of aircondition is provided with the hot water supply tank that can conduct the heat that condenser gives out; Cold water supply tank is communicated with respectively by the water inlet pipe of its outlet conduit with the water circulating pipe on floor with hot water supply tank, and cold water supply tank is communicated with respectively by the outlet pipe of its water return pipeline with the water circulating pipe on floor with hot water supply tank; The outlet conduit that water inlet pipe is connected with hot water supply tank is provided with hot water inlet valve, the outlet conduit that water inlet pipe is connected with cold water supply tank is provided with cold water inlet valve; The water return pipeline that outlet pipe is connected with hot water supply tank is provided with hot water effluent's valve, the water return pipeline that outlet pipe is connected with cold water supply tank is provided with cold water flowing water Valve; Cold water supply tank with hot water supply tank are respectively equipped with the water inlet tube connector that can be connected with water supply pipe, cold water supply tank is provided with the cold water outlet pipe that can be connected with indoor cold water supplying pipe, hot water supply tank is provided with the hot water outlet pipe that can be connected with indoor hot water feeding pipe.
Be parallel with main by-passing valve at the two ends of above-mentioned main heat absorption evaporimeter by pipeline, and be parallel with by-passing valve at the two ends of evaporimeter by pipeline.
The outlet conduit that above-mentioned cold water inlet valve is connected with cold water supply tank is in series with cold water circulation pump.
The outlet conduit that above-mentioned hot water inlet valve is connected with hot water supply tank is in series with hot water circulating pump.
Owing to have employed technique scheme, the present invention utilizes the heat pump principle of existing aircondition heat water and lower the temperature, then according to the needs of room conditioning, that adopt the water after being heated by aircondition or lower the temperature to be transported to be arranged on indoor and have in the floor of circulating chilled water pipeline and hot water circuit pipeline, lower the temperature by the air of this floor to indoor or heat, thus meeting the needs of room conditioning; The water of the present invention simultaneously after being heated by aircondition or lowering the temperature uses as the hot water needed for indoor or cold water.Because the present invention has connected a main heat absorption evaporimeter in existing aircondition again, and it is directly immersed in water, by water, heat exchange is carried out to this main heat absorption evaporimeter, the energy loss when evaporimeter that completely avoid in traditional air conditioner device works in atmosphere, substantially increases the heat exchanger effectiveness of traditional air conditioner; In addition, the present invention is conduct from the bottom up in the hot and cold conduction of indoor, and its heat conducting process is applicable to the requirement of human body physiological characteristics very much, therefore, it is possible to make indoor human body feel more comfortable.Simultaneously, condenser in aircondition is closely fitted on hot water supply tank by the present invention, this can not only make condenser institute liberated heat by the water in the conduction heat hot water supply tank of hot water supply tank, but also effectively improves the operating efficiency of condenser.Room conditioning and hot and cold water supply rationally, have effectively been carried out being combined cleverly by the present invention, when adopting the present invention to use as room conditioning and water supply, not only eliminate the indoor unit in traditional air conditioner device, but also eliminate traditional electric heater device.Therefore, the present invention compared with prior art, the present invention not only has that structure is simple, operating efficiency is high, energy consumption is little, account for little, the energy-conservation advantage of the interior space, but also have install and maintenance easily, the advantage such as use cost is low, comfort good, long service life.
Accompanying drawing explanation
Fig. 1 is the structural representation of apparatus of the present invention.
Description of reference numerals: 1-water inlet pipe, 2-outlet pipe, 3-water inlet tube connector, 4-cold water outlet pipe, 5-hot water outlet pipe, B1-cold water circulation pump, B2-hot water circulating pump, D-floor, Ka-by-passing valve, Kb-main by-passing valve, J-choke valve, K1-hot water effluent valve, K2-hot water inlet valve, K3-cold water inlet valve, K4-cold water flowing water Valve, L-condenser, the main heat absorption evaporimeter of Q1-, Q2-evaporimeter, Y-compressor, V1-cold water supply tank, V2-hot water supply tank.
Arrow in Fig. 1 represents the water in water tank or the heat exchange medium in aircondition flow circuit direction operationally.
Detailed description of the invention
Below in conjunction with drawings and Examples, the present invention is further illustrated.
Embodiments of the invention: the method for a kind of energy-efficient room conditioning of the present invention and indoor water supply is, the method comprises the air conditioning power source and the watering of employing running water system as indoor that adopt aircondition to heat as room air or to lower the temperature, adopt aircondition as house indoor air heating or cooling air conditioning power source time, the main heat absorption evaporimeter that first series connection one is identical with evaporimeter in the connecting pipe between the choke valve and evaporimeter of aircondition, and this main heat absorption evaporimeter is placed on be connected with the pipeline of running water system and in cold water supply tank disposed in the outdoor, make this main heat absorption evaporimeter can absorb the heat of water in cold water supply tank, make the water for cooling in cold water supply tank, the condenser of aircondition is arranged on simultaneously be connected with the pipeline of running water system and on hot water supply tank disposed in the outdoor, make condenser institute liberated heat by the water in the conduction heat hot water supply tank of hot water supply tank, cold water supply tank is communicated with the water circulating pipe in house indoor floor respectively by pipeline with hot water supply tank simultaneously, and can be circulated in the water circulating pipe separately in floor by the water that valve controls in cold water supply tank or hot water supply tank respectively, like this when needs carry out air heat to indoor, first pass through the connection of valve closing cold water supply tank and floor water circulating pipe, by valve, hot water supply tank is communicated with floor water circulating pipe simultaneously, then aircondition is started, at this moment the hot water in hot water supply tank circulates in the water circulating pipe in indoor floor, by the hot water in water circulating pipe to floor heating, such floor is by the air in heat radiation heating clamber, when needs carry out air cooling-down to indoor, first by valve, cold water supply tank is communicated with floor water circulating pipe, by valve, the water circulating pipe on hot water supply tank and floor is disconnected simultaneously, at this moment the cold water in cold water supply tank circulates in the water circulating pipe in indoor floor, so namely, absorb the heat in room air by floor, thus reach the object that room air is lowered the temperature, cold water supply tank and hot water supply tank are received on indoor cold water supplying pipe road and on hot water feeding pipe road respectively by pipeline, so namely can be indoor and cold water or hot water supply are provided.
The structural representation of the of the present invention a kind of energy-efficient room conditioning built according to said method and the device of indoor water supply as shown in Figure 1, this device comprises by existing compressor Y, condenser L, the aircondition that choke valve J and evaporimeter Q2 is connected to form by pipeline, and be existingly provided with water circulating pipe and for the floor D of indoor, during making, pipeline between the choke valve J and evaporimeter Q2 of aircondition is connected in series the main heat absorption evaporimeter Q1 that is more than or equal to evaporimeter Q2 evaporation capacity, this main heat absorption evaporimeter Q1 directly can adopt evaporimeter finished product of the prior art, this main heat absorption evaporimeter Q1 is arranged in a cold water supply tank V1, the hot water supply tank V2 that one can conduct the heat that condenser L gives out is set on the condenser L of aircondition simultaneously, preferably condenser L is close on the outer wall bottom hot water supply tank V2 when namely installing, to bottom hot water supply tank V2, adopt aluminium sheet or other metallic plate to make simultaneously, then cold water supply tank V1 is communicated with the water inlet pipe 1 of the water circulating pipe of floor D respectively by its outlet conduit with hot water supply tank V2, cold water supply tank V1 is communicated with the outlet pipe 2 of the water circulating pipe of floor D respectively by its water return pipeline with hot water supply tank V2, a hot water inlet valve K2 installed by the outlet conduit that water inlet pipe 1 is connected with hot water supply tank V2, a cold water inlet valve K3 installed by the outlet conduit that water inlet pipe 1 is connected with cold water supply tank V1, the water return pipeline be simultaneously connected with hot water supply tank V2 at outlet pipe 2 installs hot water effluent's valve K1, the water return pipeline that outlet pipe 2 is connected with cold water supply tank V1 installs a cold water flowing water Valve K4, hot water effluent's valve K1, hot water inlet valve K2, cold water inlet valve K3 and cold water flowing water Valve K4 all can adopt manually-operated gate or electric control valve that market is sold, then a water inlet tube connector 3 that also can be connected with water supply pipe with by-pass valve control is installed respectively on cold water supply tank V1 with hot water supply tank V2, cold water supply tank V1 install that energy is connected with indoor cold water supplying pipe and with the cold water outlet pipe 4 of by-pass valve control, install on hot water supply tank V2 simultaneously can be connected with indoor hot water feeding pipe and with the hot water outlet pipe 5 of by-pass valve control, described by-pass valve control all adopts common manual valve or electrically operated valve that market is sold, in order in use, better to the cold water of device or hot water temperature controls, improve the energy-saving effect of device better and extend service life of whole device better, can at the two ends of main heat absorption evaporimeter Q1 by a pipeline main by-passing valve Kb in parallel, at the two ends of evaporimeter Q2 by a pipeline by-passing valve Ka in parallel, main by-passing valve Kb and by-passing valve Ka directly can adopt common manual valve of the prior art or electric control valve, for the ease of controlling and improve the cycle efficieny of water, the outlet conduit that can be connected with cold water supply tank V1 at cold water inlet valve K3 is connected a cold water circulation pump B1, a hot water circulating pump B2 that the outlet conduit be simultaneously connected with hot water supply tank V2 at hot water inlet valve K2 is connected.Cold water circulation pump B1 and hot water circulating pump B2 all can adopt electric water pump finished product of the prior art.
When using device of the present invention, be first full of water into the running water system on water tube connector 3 by cold water supply tank V1 and hot water supply tank V2 by being connected to, then by the valve closing on water inlet tube connector 3; When needs carry out air heat to indoor, first close cold water circulation pump B1, cold water inlet valve K3 and cold water flowing water Valve K4, open hot water circulating pump B2, hot water inlet valve K2 and hot water effluent's valve K1 simultaneously, then aircondition is switched on power, start aircondition, at this moment the hot water in hot water supply tank V2 generates heat circulating, making floor D in the water circulating pipe in the floor D of indoor, by the heat radiation heating indoor air on floor; When needs carry out air cooling-down to indoor, first close hot water circulating pump B2, hot water inlet valve K2 and hot water effluent's valve K1, open cold water circulation pump B1, cold water inlet valve K3 and cold water flowing water Valve K4 simultaneously, then aircondition is started, at this moment the cold water in cold water supply tank V1 circulates in the circulating chilled water pipeline 1 in indoor floor D, floor D is lowered the temperature, so namely absorbs the heat in room air by floor, thus reach the object that room air is lowered the temperature.In the process used, can according to the needs used, by regulating the rotating speed of cold water circulation pump B1 hot water circulating pump B2 to regulate the temperature of cooling or the temperature of intensification respectively, simultaneously also by regulating the unlatching size of main by-passing valve Kb or by-passing valve Ka or respectively main by-passing valve Kb or by-passing valve Ka being closed or open the speed regulating room temperature lowering or intensification respectively or the size regulating temperature.The hot water outlet pipe 5 of the cold water outlet pipe 4 of cold water supply tank V1 and hot water supply tank V2 is received on indoor cold water supplying pipe road and on hot water feeding pipe road respectively by pipeline, so namely can be the supply that indoor provide cold water or hot water.
Claims (5)
1. the method for an energy-efficient room conditioning and indoor water supply, comprise and adopt aircondition as room air heating or the air conditioning power source lowered the temperature and adopt running water system as the watering of indoor, it is characterized in that: adopt aircondition as house indoor air heating or cooling air conditioning power source time, the main heat absorption evaporimeter that first series connection one is identical with evaporimeter in the connecting pipe between the choke valve and evaporimeter of aircondition, and this main heat absorption evaporimeter is placed on be connected with the pipeline of running water system and in cold water supply tank disposed in the outdoor, make this main heat absorption evaporimeter can absorb the heat of water in cold water supply tank, make the water for cooling in cold water supply tank, the condenser of aircondition is arranged on simultaneously be connected with the pipeline of running water system and on hot water supply tank disposed in the outdoor, make condenser institute liberated heat by the water in the conduction heat hot water supply tank of hot water supply tank, cold water supply tank is communicated with the water circulating pipe in house indoor floor respectively by pipeline with hot water supply tank simultaneously, and can be circulated in the water circulating pipe separately in floor by the water that valve controls in cold water supply tank or hot water supply tank respectively, like this when needs carry out air heat to indoor, first pass through the connection of valve closing cold water supply tank and floor water circulating pipe, by valve, hot water supply tank is communicated with floor water circulating pipe simultaneously, then aircondition is started, at this moment the hot water in hot water supply tank circulates in the water circulating pipe in indoor floor, by the hot water in water circulating pipe to floor heating, such floor is by the air in heat radiation heating clamber, when needs carry out air cooling-down to indoor, first by valve, cold water supply tank is communicated with floor water circulating pipe, by valve, the water circulating pipe on hot water supply tank and floor is disconnected simultaneously, at this moment the cold water in cold water supply tank circulates in the water circulating pipe in indoor floor, so namely, absorb the heat in room air by floor, thus reach the object that room air is lowered the temperature, cold water supply tank and hot water supply tank are received on indoor cold water supplying pipe road and on hot water feeding pipe road respectively by pipeline, so namely can be indoor and cold water or hot water supply are provided.
2. the device of an energy-efficient room conditioning and indoor water supply, comprise by compressor (Y), condenser (L), the aircondition that choke valve (J) and evaporimeter (Q2) are connected to form by pipeline, and be provided with water circulating pipe and for the floor (D) of indoor, it is characterized in that: on the pipeline between the choke valve (J) and evaporimeter (Q2) of aircondition, be connected in series with main heat absorption evaporimeter (Q1), and this main heat absorption evaporimeter (Q1) is arranged in cold water supply tank (V1), the condenser (L) of aircondition is provided with the hot water supply tank (V2) that can conduct the heat that condenser (L) gives out, cold water supply tank (V1) is communicated with the water inlet pipe (1) of the water circulating pipe of floor (D) respectively by its outlet conduit with hot water supply tank (V2), and cold water supply tank (V1) is communicated with the outlet pipe (2) of the water circulating pipe of floor (D) respectively by its water return pipeline with hot water supply tank (V2), the outlet conduit that water inlet pipe (1) is connected with hot water supply tank (V2) is provided with hot water inlet valve (K2), the outlet conduit that water inlet pipe (1) is connected with cold water supply tank (V1) is provided with cold water inlet valve (K3), the water return pipeline that outlet pipe (2) is connected with hot water supply tank (V2) is provided with hot water effluent's valve (K1), the water return pipeline that outlet pipe (2) is connected with cold water supply tank (V1) is provided with cold water flowing water Valve (K4), cold water supply tank (V1) with hot water supply tank (V2) are respectively equipped with the water inlet tube connector (3) that can be connected with water supply pipe, cold water supply tank (V1) is provided with the cold water outlet pipe (4) that can be connected with indoor cold water supplying pipe, hot water supply tank (V2) is provided with the hot water outlet pipe (5) that can be connected with indoor hot water feeding pipe.
3. the device of energy-efficient room conditioning according to claim 2 and indoor water supply, it is characterized in that: be parallel with main by-passing valve (Kb) at the two ends of main heat absorption evaporimeter (Q1) by pipeline, be parallel with by-passing valve (Ka) at the two ends of evaporimeter (Q2) by pipeline.
4. the device of energy-efficient room conditioning according to claim 2 and indoor water supply, is characterized in that: on the outlet conduit that cold water inlet valve (K3) is connected with cold water supply tank (V1), be in series with cold water circulation pump (B1).
5. the device of energy-efficient room conditioning according to claim 2 and indoor water supply, is characterized in that: on the outlet conduit that hot water inlet valve (K2) is connected with hot water supply tank (V2), be in series with hot water circulating pump (B2).
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410236374.3A CN104236163A (en) | 2014-05-30 | 2014-05-30 | Method and device for energy-efficient indoor air conditioning and indoor water supply |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410236374.3A CN104236163A (en) | 2014-05-30 | 2014-05-30 | Method and device for energy-efficient indoor air conditioning and indoor water supply |
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| CN201410236374.3A Pending CN104236163A (en) | 2014-05-30 | 2014-05-30 | Method and device for energy-efficient indoor air conditioning and indoor water supply |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2022068950A1 (en) * | 2021-04-16 | 2022-04-07 | 青岛海尔空调器有限总公司 | Room temperature adjusting device |
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Application publication date: 20141224 |
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