Flood irrigation type air conditioner adaptability energy-saving control system and method for machine room or base station
A technology for energy-saving control systems and air-conditioning systems, which is applied in heating and ventilation control systems, heating and ventilation safety systems, applications, etc., and can solve the problem of flood-irrigated computer rooms and base station hotspots that cannot achieve energy-saving renovation and cannot be ductless. and energy saving, to achieve the effect of saving energy-saving operation and renovation costs, solving hotspot problems, and reducing energy saving and hotspots
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Embodiment 1
[0034] An adaptive energy-saving control system for a flooded air conditioner in a computer room or a base station, used for energy-saving control of air-conditioning system equipment in a computer room or a base station, and the air-conditioning system equipment includes a single or multiple air-conditioning units and / or a single or multiple System equipment; the system equipment includes system pumps, valves, cooling towers, etc. That is to say, the adaptive energy-saving control system for flood-type air conditioners provided by the present invention can perform energy-saving control on single or multiple air-conditioning units alone, can also perform energy-saving control on single or multiple system equipment, and can also simultaneously control single or multiple air-conditioning units. Energy-saving control of multiple air-conditioning units and single or multiple system equipment.
[0035] Such as figure 1 As shown, the flood-type air-conditioning adaptive energy-savi...
Embodiment 2
[0065] This embodiment provides a method for realizing energy-saving control by using the adaptive energy-saving control system for flooded air conditioners as provided in Embodiment 1, including the following steps:
[0066] Step S1: Use the CPU to obtain the temperature data, and judge according to the temperature data: if the temperature data exceeds the preset high temperature threshold, go to step S2; if the temperature data is lower than the preset low temperature threshold, then go to step S3.
[0067] Step S2: Utilize the CPU to send an up-frequency command to the variable frequency drive sub-module; the variable frequency drive sub-module controls the compressor to increase the operating frequency according to the frequency up command until it reaches the compressor over-frequency upper limit, and controls the Increase the operating frequency of the water pump until it reaches the upper limit of the safe operation of the water pump; if the temperature data continues t...
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