农村地区冷气循环控制系统设计

Design on cooling cycle system in rural areas

我国农村地区人口不够密集,冬冷夏热是困扰农村居民的长久问题,且农村用户很少会采用空调降温,本文立足于农村地区地下冷源能源丰富,能量可观,研究以低碳节能为目标的农村地区冷气循环控制系统设计,通过地下冷源供电系统带动半导体制冷设备,结合利用地源热泵原理设计出农村地区冷气循环系统。从地下冷源来源及环境选择、低能耗简易制冷设备研发、系统模拟仿真等多个角度反复设计,实验得出,在夏季温度高于18℃的情况下,可使室内温度降低2℃-4℃,在节能、环保、低碳等多方面都有显著效果,具有可观的经济利用价值。

Rural population in our country is not dense,cold winter and hot summer is a long-term problem for rural residents,and they rarely use the air conditioning system for cooling.Based on rich underground sources of cold energy in rural areas,this paper does some research aiming at low carbon emission and energy saving to the design of the cooling cycle control system in rural areas,with underground cold source driving the semiconductor refrigeration equipment power supply system,combined with the use of ground source heat pump principle.After repeatedly experimenting from different perspectives such as the selection of cold underground sources and environment,the research and development of simple low energy consumption refrigeration equipment,to other simulation systems,by trial and error,we have concluded the following conclusion.In the case of summer temperature above 18℃,the cooling cycle control system can reduce indoor temperature by 2-4℃.In terms of energy saving,environmental protection,low carbon and so on,it works strikingly well.Therefore,it has a significant economic utilization value.