CN201917041U - Air Conditioning Energy Saving System - Google Patents

Air Conditioning Energy Saving System Download PDF

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CN201917041U
CN201917041U CN 201020666342 CN201020666342U CN201917041U CN 201917041 U CN201917041 U CN 201917041U CN 201020666342 CN201020666342 CN 201020666342 CN 201020666342 U CN201020666342 U CN 201020666342U CN 201917041 U CN201917041 U CN 201917041U
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air conditioner
economizer
water
air
outdoor unit
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周前
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Henan University of Urban Construction
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Henan University of Urban Construction
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Abstract

The utility model discloses an energy-saving system for an air conditioner. The energy-saving system for the air conditioner comprises an outdoor unit water replenishing system of the air conditioner and an outdoor unit filtration-evaporation system for the air conditioner, has the advantages of simple structure, low cost and convenience for installation, adopts a mature wet-type filter principle, operates stably and reliably, reduces dust accumulated account on the surface of a condenser of the air conditioner during the use, avoids the discharge of condensed water, improves the heat transmission effect of the condenser and the energy efficiency ratio of the conventional air conditioners, and can reuse the condensed water discharged by the air conditioner, and the energy-saving system for the air conditioner is environment-friendly.

Description

空调节能系统Air Conditioning Energy Saving System

技术领域technical field

本实用新型涉及家电节能领域，具体为一种适合家用空调器使用的空调节能系统。The utility model relates to the field of energy saving of household appliances, in particular to an air conditioner energy saving system suitable for household air conditioners.

背景技术Background technique

随着科学技术的发展和人民生活水平的提高,人们对自己的生活和工作环境的要求也日益提高,我国的家用空调器生产与销售获得迅猛的发展。目前我国家用空调器生产厂家生产的家用空调器在运行中产生的冷凝水，大多是直接向室外排放的,家用空调器冷凝水的排放不仅影响了空调器周围的环境 ,而且给用户带来不方便,影响邻里关系。这也是现代化城市新出现的 “空调器环境污染”现象。实际上家用空调器的冷凝水完全可以不向室外排放,将冷凝水用来冷却空调器冷凝器可以大大改善冷凝器的传热效果、降低空调器运行时的能耗,同时又解决了排放空调器冷凝水带来的 “空调器环境污染”现象,一举两得。另外，空调器经过3～5年的运行，其冷凝器表面会有大量的积灰，从而影响冷凝器的传热，致使空调器的能效比下降，能耗增加。With the development of science and technology and the improvement of people's living standards, people's requirements for their own living and working environment are also increasing day by day. The production and sales of household air conditioners in our country have achieved rapid development. At present, most of the condensed water produced by household air conditioners produced by domestic air conditioner manufacturers in operation is directly discharged to the outside. The discharge of condensed water from household air conditioners not only affects the environment around the air conditioner, but also brings inconvenience to users. Convenience affects neighbor relations. This is also a new phenomenon of "air conditioner environmental pollution" in modern cities. In fact, the condensed water of the household air conditioner can not be discharged to the outside at all. Using the condensed water to cool the condenser of the air conditioner can greatly improve the heat transfer effect of the condenser, reduce the energy consumption of the air conditioner during operation, and solve the problem of discharging the air conditioner at the same time. The "air conditioner environmental pollution" phenomenon caused by the condensed water of the air conditioner can kill two birds with one stone. In addition, after 3 to 5 years of operation of the air conditioner, a large amount of dust will accumulate on the surface of the condenser, which will affect the heat transfer of the condenser, resulting in a decrease in the energy efficiency ratio of the air conditioner and an increase in energy consumption.

因此，对现役空调进行节能改造，提供一种结构简单、生产成本不大，安装方便，并且能够在使用过程中减少空调器冷凝器表面积灰量，杜绝冷凝水的排放，改善冷凝器传热效果的空调节能器，提高现有空调器的能效比，降低能耗已是一个刻不容缓的问题。Therefore, to carry out energy-saving transformation of existing air conditioners, provide a simple structure, low production cost, easy installation, and can reduce the surface area of ash on the surface of the air conditioner condenser during use, prevent the discharge of condensed water, and improve the heat transfer effect of the condenser It is an urgent problem to improve the energy efficiency ratio of existing air conditioners and reduce energy consumption.

发明内容Contents of the invention

为了可是上述现有技术中的不足，本实用新型提供了一种结构简单，成本低廉，安装方便，且能够重复利用空调排放出来的冷凝水，起到环保作用的空调节能系统。In order to overcome the shortcomings of the above-mentioned prior art, the utility model provides an air-conditioning energy-saving system with simple structure, low cost, convenient installation, and the ability to reuse the condensed water discharged from the air-conditioner to play an environmental protection role.

为实现上述目的，本实用新型是这样实现的：To achieve the above object, the utility model is achieved in that:

空调节能系统，空调器室外机补水系统和空调器室外机过滤-蒸发系统，其特征在于：所述的空调器室外机补水系统包括通过空调器第一冷凝水出水管3与空调室内机4连接的空调节能器2，空调室内机4通过空调器第二冷凝水出水管5与空调节能器补水系统蓄水箱8连接，空调节能器补水系统蓄水箱8通过空调节能器补水系统供水管6和空调节能器补水系统回水管10分别与空调器室外机的水槽连接；空调器室外机过滤-蒸发系统包括与空调器室外机1连接的空调节能器外壳29，在空调节能器外壳29上设置有与空调器第一冷凝水出水管3连接的空调节能器冷凝水入口13，在空调节能器冷凝水入口13下方的空调节能器机架14上设置有空调节能器冷凝水接水槽18，空调节能器机架14上连接设置有空调节能器布水网15、空调节能器主动轴16、空调节能器电机17、空调节能器张紧轴19、空调节能器挡水板20、空调节能器从动轴21；Air conditioner energy-saving system, air conditioner outdoor unit water supply system and air conditioner outdoor unit filtration-evaporation system, characterized in that: the air conditioner outdoor unit water supply system includes connecting the air conditioner indoor unit 4 through the first condensed water outlet pipe 3 of the air conditioner The air conditioner economizer 2, the air conditioner indoor unit 4 are connected to the air conditioner economizer water supply system water storage tank 8 through the air conditioner second condensate water outlet pipe 5, and the air conditioner economizer water supply system water storage tank 8 passes through the air conditioner economizer water supply system water supply pipe 6 The water return pipe 10 of the water replenishment system of the air conditioner economizer is connected with the water tank of the outdoor unit of the air conditioner respectively; There is an air conditioner economizer condensate water inlet 13 connected to the first condensate water outlet pipe 3 of the air conditioner, and an air conditioner economizer condensate water receiving tank 18 is arranged on the air conditioner economizer frame 14 below the air conditioner economizer condensate water inlet 13, and the air conditioner The economizer frame 14 is connected with an air conditioner economizer water distribution network 15, an air conditioner economizer driving shaft 16, an air conditioner economizer motor 17, an air conditioner economizer tension shaft 19, an air conditioner economizer water retaining plate 20, an air conditioner economizer from Moving shaft 21;

在空调节能器补水系统供水管6上设置有空调节能器补水系统自吸泵7；A self-priming pump 7 for the water supply system of the air conditioner economizer is provided on the water supply pipe 6 of the water supply system of the air conditioner economizer;

空调节能器补水系统蓄水箱8内设置有空调节能器补水系统滤网9；Air conditioner economizer water replenishment system water storage tank 8 is provided with air conditioner economizer water replenishment system filter screen 9;

空调室外机内固定连接有空调冷凝器11；空调节能器外壳29上设置有固定安装空调节能器2的空调节能器安装滑槽12；The air conditioner outdoor unit is fixedly connected with an air conditioner condenser 11; the air conditioner economizer shell 29 is provided with an air conditioner economizer installation chute 12 for fixedly installing the air conditioner economizer 2;

空调节能器主动轴16的空调节能器主动轴滑动轴端22连接在空调节能器机架14的预留孔中，空调节能器主动轴电机连接端25与空调节能器电机17连接；空调节能器主动轴轴身23由空调节能器主动轴紧定螺钉24固定在两侧轴端之上；The air conditioner economizer drive shaft sliding shaft end 22 of the air conditioner economizer drive shaft 16 is connected in the reserved hole of the air conditioner economizer frame 14, and the air conditioner economizer drive shaft motor connection end 25 is connected with the air conditioner economizer motor 17; the air conditioner economizer The shaft body 23 of the drive shaft is fixed on the shaft ends on both sides by the set screws 24 of the drive shaft of the air conditioner economizer;

空调节能器从动轴21的空调节能器从动轴滑动轴端26安装在空调节能器机架的预留孔中转动，空调节能器从动轴轴身27由空调节能器主动轴紧定螺钉28固定在两侧轴端之上。The air conditioner economizer driven shaft sliding shaft end 26 of the air conditioner economizer driven shaft 21 is installed in the reserved hole of the air conditioner economizer frame to rotate, and the air conditioner economizer driven shaft shaft body 27 is fixed by the set screw of the air conditioner economizer driving shaft 28 are fixed on both sides shaft ends.

有益效果：Beneficial effect:

1、本发明结构简单，使用方便。只需根据现役主流空调器的外形尺寸生产相应的空调节能器，将空调节能器安装在空调器的进风口处，将空调冷凝水出水管引入空调节能器，即可实现空调器无冷凝水排放，节约电能消耗。1. The present invention is simple in structure and easy to use. Only need to produce the corresponding air conditioner economizer according to the external dimensions of the mainstream air conditioners in service, install the air conditioner economizer at the air inlet of the air conditioner, and lead the air conditioner condensate water outlet pipe into the air conditioner economizer, then the air conditioner can realize no condensate discharge , saving power consumption.

2、空调节能器系统采用成熟的湿式过滤器原理，工作稳定可靠。空气中的灰尘绝大多数被水滴吸附，减少了空调器室外机冷凝器表面的积灰，同时大大延长了冷凝器的清洗周期，冷凝器的换热效率加大。空调节能器中水的主要来源是收集起来的空调冷凝水，因此避免了空调冷凝水的排放，节约了水资源。2. The air conditioner economizer system adopts the mature wet filter principle, which works stably and reliably. Most of the dust in the air is absorbed by the water droplets, which reduces the dust accumulation on the surface of the condenser of the outdoor unit of the air conditioner, and at the same time greatly prolongs the cleaning cycle of the condenser, and increases the heat exchange efficiency of the condenser. The main source of water in the air-conditioning economizer is the collected air-conditioning condensate, thus avoiding the discharge of air-conditioning condensate and saving water resources.

4、空调器室外机过滤-蒸发系统在过滤空气中灰尘的同时，由于空气高速掠过布水网，致使其中一部分液滴蒸发吸热，降低了这部分空气的温度，从而使冷凝器的工作环境温度降低，室内外温差越小，耗电量越少，同时冷凝温度的降低，可改善压缩机的工作条件，延长空调寿命。有关文献研究表示将冷凝水收集起来喷洒到空调冷凝器上，分体式空调的能耗降低30％左右，可以减少冷凝水的浪费及对环境的影响，同时有效地提高空调器的能效比，节约能源消耗。4. While the filtration-evaporation system of the outdoor unit of the air conditioner is filtering the dust in the air, as the air passes over the water distribution network at high speed, some of the droplets evaporate and absorb heat, which reduces the temperature of this part of the air, thus making the condenser work The lower the ambient temperature, the smaller the indoor and outdoor temperature difference, the less power consumption, and the lower condensing temperature can improve the working conditions of the compressor and prolong the life of the air conditioner. Relevant literature research shows that collecting condensed water and spraying it on the air conditioner condenser can reduce the energy consumption of the split air conditioner by about 30%, which can reduce the waste of condensed water and the impact on the environment, and effectively improve the energy efficiency ratio of the air conditioner and save energy. Energy consumption.

5、由于空调器室外机过滤-蒸发系统水分的蒸发是在布水器上完成的，有效避免了冷凝水直接喷在冷凝器上造成的冷凝器铜管上积灰、结垢增加冷凝器的传热热阻，进而影响换热效果的现象。5. Since the evaporation of water in the filtration-evaporation system of the outdoor unit of the air conditioner is completed on the water distributor, it effectively avoids the accumulation of dust and scaling on the copper pipes of the condenser caused by the direct spraying of condensed water on the condenser, which increases the damage of the condenser. Heat transfer resistance, which in turn affects the heat transfer effect.

6、空调器室外机补水系统可以在冷凝水不足，无法满足室外机降温需要时补充供水，并有清洁布水器系统的作用。6. The water supply system of the outdoor unit of the air conditioner can replenish water supply when the condensed water is insufficient to meet the cooling needs of the outdoor unit, and it can also clean the water distributor system.

附图说明Description of drawings

图1为本发明的系统结构示意图；Fig. 1 is a schematic diagram of the system structure of the present invention;

图2为本发明的空调器室外机的结构示意图一；Fig. 2 is a structural schematic diagram 1 of the outdoor unit of the air conditioner of the present invention;

图3为本发明的空调器室外机的结构示意图二；Fig. 3 is the structure schematic diagram II of the outdoor unit of the air conditioner of the present invention;

图4为空调节能器结构示意图一；Figure 4 is a structural schematic diagram of an air conditioner economizer;

图5为空调节能器结构示意图二；Figure 5 is a structural schematic diagram of an air conditioner economizer II;

图6空调节能器主动轴结构示意图；Figure 6 Schematic diagram of the drive shaft structure of the air conditioner economizer;

图7空调节能器从动轴结构示意图；Figure 7 Schematic diagram of the driven shaft structure of the air conditioner economizer;

图中为:空调器室外机1、空调节能器2、空调器第一冷凝水出水管3、空调室内机4、空调器第二冷凝水出水管5、空调节能器补水系统供水管6、空调节能器补水系统自吸泵7、空调节能器补水系统蓄水箱8、空调节能器补水系统滤网9、空调节能器补水系统回水管10、空调冷凝器11、空调节能器安装滑槽12、空调节能器冷凝水入口13、空调节能器机架14、空调节能器布水网15、空调节能器主动轴16、空调节能器电机17、空调节能器冷凝水接水槽18、空调节能器张紧轴19、空调节能器挡水板20、空调节能器从动轴21、空调器布水器主动轴滑动轴端22、空调器布水器主动轴轴身23、空调器布水器主动轴紧定螺钉24、空调节能器主动轴电机连接轴端25、空调节能器从动轴滑动轴端26、空调节能器从动轴轴身27、空调节能器从动轴紧定螺钉28、空调节能器外壳29。The figure shows: air conditioner outdoor unit 1, air conditioner economizer 2, air conditioner first condensed water outlet pipe 3, air conditioner indoor unit 4, air conditioner second condensed water outlet pipe 5, air conditioner economizer water supply pipe 6, air conditioner Self-priming pump of water replenishment system of economizer 7, water storage tank of water replenishment system of economizer of air conditioner 8, filter screen of water replenishment system of economizer of air conditioner 9, water return pipe of water replenishment system of economizer of air conditioner 10, condenser of air conditioner 11, installation chute of economizer of air conditioner 12, Air conditioner economizer condensate inlet 13, air conditioner economizer frame 14, air conditioner economizer water distribution network 15, air conditioner economizer driving shaft 16, air conditioner economizer motor 17, air conditioner economizer condensate water receiving tank 18, air conditioner economizer tension Shaft 19, air conditioner economizer water retaining plate 20, air conditioner economizer driven shaft 21, air conditioner water distributor driving shaft sliding shaft end 22, air conditioner water distributor driving shaft shaft body 23, air conditioner water distributor driving shaft tight Set screw 24, air conditioner economizer driving shaft motor connection shaft end 25, air conditioner economizer driven shaft sliding shaft end 26, air conditioner economizer driven shaft shaft body 27, air conditioner economizer driven shaft set screw 28, air conditioner economizer shell29.

具体实施方式：Detailed ways:

下面结合附图对本发明作进一步的说明：Below in conjunction with accompanying drawing, the present invention will be further described:

如图1所示：当空调器安装时，如果室内机的安装高度高于室外机的安装高度，此时冷凝水出水管采用空调器第一冷凝水出水管3，即从空调器室内机4中流出的冷凝水经由空调器第一冷凝水出水管3送到空调节能器2上方；当空调冷凝水量无法满足水分蒸发量时，则由空调节能器补水系统自吸泵7将空调节能器补水系统蓄水箱8中的水经空调节能器补水系统供水管6送入空调室外机水槽内。经过一段时间的运行，当空调室外机水槽中的水因清洗布水器而含有较多灰尘，可由空调节能器补水系统回水管10排放到空调节能器补水系统蓄水箱8中，经由空调节能器补水系统过滤网9过滤后再送入空调室外机水槽中，经过如此反复冲刷，可以清洁空调室外机水槽。As shown in Figure 1: when the air conditioner is installed, if the installation height of the indoor unit is higher than the installation height of the outdoor unit, the condensate outlet pipe at this time adopts the first condensate outlet pipe 3 of the air conditioner, that is, from the air conditioner indoor unit 4 The condensed water flowing out of the air conditioner is sent to the top of the air conditioner economizer 2 through the first condensed water outlet pipe 3 of the air conditioner; The water in the system water storage tank 8 is sent into the water tank of the outdoor unit of the air conditioner through the water supply pipe 6 of the water replenishment system of the air conditioner economizer. After a period of operation, when the water in the water tank of the outdoor unit of the air conditioner contains a lot of dust due to cleaning the water distributor, it can be discharged from the water return pipe 10 of the water supply system of the air conditioner economizer to the water storage tank 8 of the water supply system of the air conditioner economizer, and energy is saved through the air conditioner. After being filtered by the filter screen 9 of the water replenishing system of the air conditioner, it is sent into the water tank of the outdoor unit of the air conditioner. After washing so repeatedly, the water tank of the outdoor unit of the air conditioner can be cleaned.

如图2、图3所示，空调节能器2布置在空调器室外机1的进风口。风机吸入的空气经空调节能器布水网15过滤灰尘后，掠过空调冷凝器11表面，降低空调冷凝器3表面的温度。此时由于空调节能器布水网15表面布满了水，空气加速水分的蒸发吸热，使得空气温度下降，进一步对空调器冷凝器3进行降温，达到节能的目的。As shown in FIG. 2 and FIG. 3 , the air conditioner economizer 2 is arranged at the air inlet of the outdoor unit 1 of the air conditioner. The air sucked by the fan passes through the air conditioner condenser 11 surface after filtering the dust through the water distribution net 15 of the air conditioner economizer, and reduces the temperature of the air conditioner condenser 3 surfaces. Now, because the air conditioner economizer water distribution net 15 surface is covered with water, the air accelerates the evaporation and heat absorption of moisture, so that the air temperature drops, and further cools down the air conditioner condenser 3 to achieve the purpose of energy saving.

如图4和图5所示，空调节能器主动轴16由空调节能器电机17带动转动，空调节能器布水网15随空调节能器主动轴16一起转动；空调节能器布水网15又带动空调节能器从动轴21转动，以减小空调节能器布水网15的转动阻力；空调节能器布水网15源源不断地从水槽中将水带出蒸发降温，同时又将附着在空调节能器布水网15上的灰尘送入水槽中清洗掉，保持空调节能器布水网15的清洁。空调节能器张紧轴19的作用是张紧空调节能器布水网15，防止因空调节能器布水网15松弛而导致空调节能器布水网15不能随空调节能器主动轴16一起转动；空调节能器挡水板20保持水槽中一定的水位，有利于空调节能器布水网15源源不断地从水槽中将水带出。As shown in Fig. 4 and Fig. 5, the driving shaft 16 of the air conditioner economizer is driven to rotate by the motor 17 of the air conditioner economizer, and the water distribution network 15 of the air conditioner economizer rotates together with the driving shaft 16 of the air conditioner economizer; the water distribution network 15 of the air conditioner economizer drives The driven shaft 21 of the air conditioner economizer rotates to reduce the rotational resistance of the water distribution net 15 of the air conditioner economizer; The dust on the water distribution net 15 of the air conditioner is sent into the water tank to be cleaned, so as to keep the water distribution net 15 of the air conditioner energy-saving device clean. The function of the air conditioner economizer tensioning shaft 19 is to tension the air conditioner economizer water distribution network 15, preventing the air conditioner economizer water distribution network 15 from rotating together with the air conditioner economizer driving shaft 16 due to the relaxation of the air conditioner economizer water distribution network 15; The air-conditioning economizer water retaining plate 20 keeps a certain water level in the water tank, which helps the air-conditioning energy-saving device water distribution net 15 to continuously take water out from the water tank.

如图6所示，空调节能器主动轴电机连接轴端25中间有一半圆形的圆孔与空调节能器电机17相连，由空调节能器电机17带动空调节能器主动轴16转动。空调节能器主动轴滑动轴端22安装在空调节能器机架的预留孔中转动，空调节能器主动轴轴身23由空调节能器主动轴紧定螺钉24固定在两侧轴端之上。As shown in Figure 6, there is a semicircular hole in the middle of the connecting shaft end 25 of the air conditioner economizer drive shaft motor to connect with the air conditioner economizer motor 17, and the air conditioner economizer motor 17 drives the air conditioner economizer drive shaft 16 to rotate. The air conditioner economizer drive shaft sliding shaft end 22 is installed in the reserved hole of the air conditioner economizer frame to rotate, and the air conditioner economizer drive shaft shaft body 23 is fixed on both sides of the shaft ends by the air conditioner economizer drive shaft set screws 24 .

如图7所示，空调节能器从动轴滑动轴端26安装在空调节能器机架的预留孔中转动，空调节能器从动轴轴身27由空调节能器主动轴紧定螺钉28固定在两侧轴端之上。As shown in Figure 7, the driven shaft end 26 of the driven shaft of the air conditioner economizer is installed and rotated in the reserved hole of the frame of the air conditioner economizer, and the driven shaft body 27 of the air conditioner economizer is fixed by the set screw 28 of the driving shaft of the air conditioner economizer above the shaft ends on both sides.

2、当空调器安装时，如果室内机的安装高度低于室外机的安装高度，如图1所示，此时冷凝水出水管采用空调器第二冷凝水出水管5，即从空调器室内机4中流出的冷凝水经由空调器第二冷凝水出水管5送到空调器补水系统蓄水箱8中。由空调节能器补水系统自吸泵7将空调节能器补水系统蓄水箱8中的水经空调节能器补水系统供水管6送入空调室外机水槽内。经过一段时间的运行，当空调室外机水槽中的水因清洗布水器而含有较多灰尘，可由空调节能器补水系统回水管10排放到空调节能器补水系统蓄水箱8中，经由空调节能器补水系统过滤网9过滤后再送入空调室外机水槽中，经过如此反复冲刷，可以清洁空调室外机水槽。2. When the air conditioner is installed, if the installation height of the indoor unit is lower than that of the outdoor unit, as shown in Fig. The condensed water flowing out in the machine 4 is delivered to the water storage tank 8 of the air conditioner water supply system through the second condensed water outlet pipe 5 of the air conditioner. The water in the water storage tank 8 of the air conditioner economizer water replenishment system is sent to the water tank of the air conditioner outdoor unit through the air conditioner economizer water replenishment system water supply pipe 6 by the self-priming pump 7 of the air conditioner economizer water replenishment system. After a period of operation, when the water in the water tank of the outdoor unit of the air conditioner contains a lot of dust due to cleaning the water distributor, it can be discharged from the water return pipe 10 of the water supply system of the air conditioner economizer to the water storage tank 8 of the water supply system of the air conditioner economizer, and energy is saved through the air conditioner. After being filtered by the filter screen 9 of the water replenishing system of the air conditioner, it is sent into the water tank of the outdoor unit of the air conditioner. After washing so repeatedly, the water tank of the outdoor unit of the air conditioner can be cleaned.

其余工作与空调器室内机安装高度高于室外机的安装高度时的实施相同。The rest of the work is the same as the implementation when the installation height of the indoor unit of the air conditioner is higher than that of the outdoor unit.

本实用新型的特点在于：1、本实用新型结构简单，使用方便。只需根据现役主流空调器的外形尺寸生产相应的空调节能器，将空调节能器安装在空调器的进风口处，将空调冷凝水出水管引入空调节能器，即可实现空调器无冷凝水排放，节约电能消耗。The utility model is characterized in that: 1, the utility model is simple in structure, easy to use. Only need to produce the corresponding air conditioner economizer according to the external dimensions of the mainstream air conditioners in service, install the air conditioner economizer at the air inlet of the air conditioner, and lead the air conditioner condensate water outlet pipe into the air conditioner economizer, then the air conditioner can realize no condensate discharge , saving power consumption.

2、空调节能器系统采用成熟的湿式过滤器原理，工作稳定可靠。空气中的灰尘绝大多数被水滴吸附，减少了空调器室外机冷凝器表面的积灰，同时大大延长了冷凝器的清洗周期，冷凝器的换热效率加大。空调节能器中水的主要来源是收集起来的空调冷凝水，因此避免了空调冷凝水的排放，节约了水资源。2. The air conditioner economizer system adopts the mature wet filter principle, which works stably and reliably. Most of the dust in the air is absorbed by the water droplets, which reduces the dust accumulation on the surface of the condenser of the outdoor unit of the air conditioner, and at the same time greatly prolongs the cleaning cycle of the condenser, and increases the heat exchange efficiency of the condenser. The main source of water in the air-conditioning economizer is the collected air-conditioning condensate, thus avoiding the discharge of air-conditioning condensate and saving water resources.

4、空调器室外机过滤-蒸发系统在过滤空气中灰尘的同时，由于空气高速掠过布水网，致使其中一部分液滴蒸发吸热，降低了这部分空气的温度，从而使冷凝器的工作环境温度降低，室内外温差越小，耗电量越少，同时冷凝温度的降低，可改善压缩机的工作条件，延长空调寿命。有关文献研究表示将冷凝水收集起来喷洒到空调冷凝器上，分体式空调的能耗降低30％左右，可以减少冷凝水的浪费及对环境的影响，同时有效地提高空调器的能效比，节约能源消耗。4. While the filtration-evaporation system of the outdoor unit of the air conditioner is filtering the dust in the air, as the air passes over the water distribution network at high speed, some of the droplets evaporate and absorb heat, which reduces the temperature of this part of the air, thus making the condenser work The lower the ambient temperature, the smaller the indoor and outdoor temperature difference, the less power consumption, and the lower condensing temperature can improve the working conditions of the compressor and prolong the life of the air conditioner. Relevant literature research shows that collecting condensed water and spraying it on the air conditioner condenser can reduce the energy consumption of the split air conditioner by about 30%, which can reduce the waste of condensed water and the impact on the environment, and effectively improve the energy efficiency ratio of the air conditioner and save energy. Energy consumption.

5、由于空调器室外机过滤-蒸发系统水分的蒸发是在布水器上完成的，有效避免了冷凝水直接喷在冷凝器上造成的冷凝器铜管上积灰、结垢增加冷凝器的传热热阻，进而影响换热效果的现象。5. Since the evaporation of water in the filtration-evaporation system of the outdoor unit of the air conditioner is completed on the water distributor, it effectively avoids the accumulation of dust and scaling on the copper pipes of the condenser caused by the direct spraying of condensed water on the condenser, which increases the damage of the condenser. Heat transfer resistance, which in turn affects the heat transfer effect.

6、空调器室外机补水系统可以在冷凝水不足，无法满足室外机降温需要时补充供水，并有清洁布水器系统的作用。6. The water supply system of the outdoor unit of the air conditioner can replenish water supply when the condensed water is insufficient to meet the cooling needs of the outdoor unit, and it can also clean the water distributor system.

以上实施例仅用于说明本实用新型的优选实施方式，但本实用新型并不限于上述实施方式，在所述领域普通技术人员所具备的知识范围内，本实用新型的精神和原则之内所作的任何修改、等同替代和改进等，其均应涵盖在本实用新型请求保护的技术方案范围之内。The above examples are only used to illustrate the preferred implementation of the present utility model, but the utility model is not limited to the above-mentioned implementation, within the scope of knowledge possessed by those of ordinary skill in the art, within the spirit and principles of the utility model Any modifications, equivalent substitutions and improvements, etc., shall be covered within the scope of the technical solution claimed by the utility model.

Claims (6)

1.空调节能系统，包括空调器室外机补水系统和空调器室外机过滤-蒸发系统，其特征在于：所述的空调器室外机补水系统包括通过空调器第一冷凝水出水管（3）与空调室内机（4）连接的空调节能器（2），空调室内机（4）通过空调器第二冷凝水出水管（5）与空调节能器补水系统蓄水箱（8）连接，空调节能器补水系统蓄水箱（8）通过空调节能器补水系统供水管（6）和空调节能器补水系统回水管（10）分别与空调器室外机的水槽连接；空调器室外机过滤-蒸发系统包括与空调器室外机（1）连接的空调节能器外壳（29），在空调节能器外壳（29）上设置有与空调器第一冷凝水出水管（3）连接的空调节能器冷凝水入口（13），在空调节能器冷凝水入口（13）下方的空调节能器机架（14）上设置有空调节能器冷凝水接水槽（18），空调节能器机架（14）上连接设置有空调节能器布水网（15）、空调节能器主动轴（16）、空调节能器电机（17）、空调节能器张紧轴（19）、空调节能器挡水板（20）、空调节能器从动轴（21）。1. Air conditioner energy-saving system, including air conditioner outdoor unit water supply system and air conditioner outdoor unit filtration-evaporation system, characterized in that: the air conditioner outdoor unit water supply system includes air conditioner first condensate water outlet pipe (3) and air conditioner The air conditioner economizer (2) connected to the air conditioner indoor unit (4), the air conditioner indoor unit (4) is connected to the water storage tank (8) of the water supply system of the air conditioner economizer through the second condensed water outlet pipe (5) of the air conditioner, and the air conditioner economizer The water storage tank of the water supply system (8) is respectively connected to the water tank of the outdoor unit of the air conditioner through the water supply pipe (6) of the water supply system of the air conditioner economizer and the return pipe (10) of the water supply system of the air conditioner economizer; The air conditioner economizer housing (29) connected to the outdoor unit (1) of the air conditioner is provided with an air conditioner economizer condensate water inlet (13) connected to the first condensate water outlet pipe (3) of the air conditioner on the air conditioner economizer housing (29) ), the air conditioner economizer rack (14) below the air conditioner economizer condensate water inlet (13) is provided with an air conditioner economizer condensate water receiving tank (18), and the air conditioner economizer rack (14) is connected with an air conditioner energy saving Distributor water net (15), air conditioner economizer drive shaft (16), air conditioner economizer motor (17), air conditioner economizer tension shaft (19), air conditioner economizer water baffle (20), air conditioner economizer driven Shaft (21). 2.根据权利要求1所述的空调节能系统，其特征在于：在空调节能器补水系统供水管（6）上设置有空调节能器补水系统自吸泵（7）。2. The air conditioner energy saving system according to claim 1, characterized in that: a self-priming pump (7) for the water supply system of the air conditioner economizer is provided on the water supply pipe (6) of the water supply system of the air conditioner economizer. 3.根据权利要求1所述的空调节能系统，其特征在于：空调节能器补水系统蓄水箱（8）内设置有空调节能器补水系统滤网（9）。3. The air conditioner energy saving system according to claim 1, characterized in that: the air conditioner economizer water replenishment system water storage tank (8) is provided with an air conditioner economizer water replenishment system filter screen (9). 4.根据权利要求1所述的空调节能系统，其特征在于：空调室外机（1）内固定连接有空调冷凝器（11）；空调节能器外壳（29）上设置有固定安装空调节能器（2）的空调节能器安装滑槽（12）。4. The air-conditioning energy-saving system according to claim 1, characterized in that: the air-conditioning outdoor unit (1) is fixedly connected with an air-conditioning condenser (11); 2) Install the chute (12) for the air conditioner economizer. 5.根据权利要求1所述的空调节能系统，其特征在于：空调节能器主动轴（16）的空调节能器主动轴滑动轴端（22）连接在空调节能器机架（14）的预留孔中，空调节能器主动轴电机连接端（25）与空调节能器电机（17）连接；空调节能器主动轴轴身（23）由空调节能器主动轴紧定螺钉（24）固定在两侧轴端之上。5. The air-conditioning energy-saving system according to claim 1, characterized in that: the sliding shaft end (22) of the air-conditioning economizer driving shaft (16) is connected to the reserved part of the air-conditioning economizer frame (14) In the hole, the connection end (25) of the drive shaft motor of the air conditioner economizer is connected to the motor (17) of the air conditioner economizer; the shaft body (23) of the drive shaft of the air conditioner economizer is fixed on both sides by the set screw (24) of the drive shaft of the air conditioner economizer above the shaft end. 6.根据权利要求1所述的空调节能系统，其特征在于：空调节能器从动轴（21）的空调节能器从动轴滑动轴端（26）安装在空调节能器机架的预留孔中转动，空调节能器从动轴轴身（27）由空调节能器主动轴紧定螺钉（28）固定在两侧轴端之上。6. The air conditioner energy saving system according to claim 1, characterized in that: the air conditioner economizer driven shaft sliding shaft end (26) of the air conditioner economizer driven shaft (21) is installed in the reserved hole of the air conditioner economizer frame The driven shaft body (27) of the air conditioner economizer is fixed on the shaft ends on both sides by the set screws (28) of the driving shaft of the air conditioner economizer.
CN 201020666342 2010-12-18 2010-12-18 Air Conditioning Energy Saving System Expired - Fee Related CN201917041U (en)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109203913A (en) * 2018-08-21 2019-01-15 郴州市中马汽车空调有限公司 Intelligent water cooling energy economizer for automobile air conditioner
CN110006122A (en) * 2019-04-29 2019-07-12 河南城建学院 A kind of rural bubbling method evaporative cold and heat exchange household air conditioning system

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109203913A (en) * 2018-08-21 2019-01-15 郴州市中马汽车空调有限公司 Intelligent water cooling energy economizer for automobile air conditioner
CN109203913B (en) * 2018-08-21 2021-10-26 郴州新宜电子有限公司 Intelligent water-cooling energy saver of automobile air conditioner
CN110006122A (en) * 2019-04-29 2019-07-12 河南城建学院 A kind of rural bubbling method evaporative cold and heat exchange household air conditioning system
CN110006122B (en) * 2019-04-29 2024-05-31 河南城建学院 Rural bubbling method evaporation cold-heat exchange household air conditioning system

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