空调系统参与电力需求响应效果评价OA

According to the cooling conditions,a fan coil air conditioning system model was established.Based on the temperature reset demand response strat-egy,the effect of the air conditioning system participat-ing in power demand response was evaluated using peak power consumption reduction rate and power sav-ing rate.Adjustment scheme 1:Set temperature to(27±1)℃ from 13:00 to 15:00,and maintain(26±1)℃ at other times.Adjustment scheme 2:Set temperature to(28±1)℃ from 13:00 to 15:00,and maintain(26±1)℃at other times.During the period of power demand re-sponse,the peak power consumption decreased from 46.2 kW in the original scheme to 38.7 kW(a 16.2％reduction)in the adjustment scheme 1 and to 32.3 kW(a 30.1％reduction)in the adjustment scheme 2.The power consumptions of the original scheme,the adjust-ment scheme 1,and the adjustment scheme 2 on the simulation day were 604.45,595.03,and 587.37 kW·h respectively.The power saving rates of the adjustment schemes 1 and 2 were 1.56％and 2.83％respectively.During the period when the air conditioning system par-ticipates in power demand response,appropriately in-creasing the set temperature basically does not affect indoor comfort,and helps reduce peak power consump-tion and save electricity.