Latent heat energy saving device of outdoor machine of air conditioning unit

Abstract

The invention discloses a latent heat energy saving device of an outdoor machine of an air conditioning unit. The latent heat energy saving device of the outdoor machine of the air conditioning unit comprises a multi-hole hydrophilic material module, a water circulation system and a monitor, wherein the multi-hole hydrophilic material module comprises multi-hole hydrophilic materials, a water spraying disk, a water collecting disk, a water spray nozzle, a metal plate connection plate or a soft connection plate and a temperature-humidity sensor; the water circulation system comprises a water tank, a pump group, a spraying water supply pipe, a water supply pipe of the water tank, a return water pipe, a draining pipe, a magnetic valve of the spraying water supply pipe, a ball valve of the water supply pipe of the water tank, a magnetic valve of the draining pipe and a float switch; the water circulation system is used for providing circulation water source for the multi-hole hydrophilic material module; the multi-hole hydrophilic material module is used for providing water screens of a wind inlet side of the outdoor machine; and the temperature-humidity sensor, the magnetic valve of the spraying water supply pipe, the magnetic valve of the spraying water supply pipe, the magnetic valve of the draining pipe and the pump group are correspondingly connected with the monitor. The latent heat energy saving device is capable of effectively reducing the air inlet temperature of the outdoor machine of the air conditioning unit after being connected with the outdoor machine, accordingly the operation efficiency of an air conditioner is reduced, electric power is saved, and 18 to 36 % power is saved.

Description

technical field [0001] The invention relates to a matching device for an outdoor unit of an air-conditioning unit, in particular to a latent heat energy-saving device for an outdoor unit of an air-conditioning unit. Background technique [0002] In China, the annual IT power consumption in 2007 was the annual power generation of the Three Gorges Power Station. With the continuous increase of IDC (Internet Data Center) computer rooms, and the rapid development of the communication industry, especially the three major communication operators, the computer room and The energy consumption of base stations will also increase rapidly. In the United States, the energy consumption of data centers in 2011 accounted for 2% of the total power grid in the United States. In my country, the power consumption of data centers reached 36.4 billion kWh in 2009, accounting for approximately 1% of the energy consumption of data centers in 2011 has exceeded 50 billion kWh. Statistics show that by...

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Problems solved by technology

Statistics show that by 2020, the scale of data generated around the world will reach 44 times that of today. Such a sharp increase in the amount of data will inevitably require the addition of more data centers. Among the astonishing energy consumption, air-conditioning units consume energy It accounts for 35%-45% of the total energy consumption of the base station and the computer room. In addition, as the outdoor unit runs for a long time, especially in areas with a lot of wind and sand and unclean air, it is easy to form dirt on the heat exchanger of the outdoor unit, which affects the performance of the outdoor unit. Heat transfer performance, increased energy consumption

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