在伦敦市内成长热电冷联供系统（combined coolingheat and power），小型可再生能源装置（风能和太阳能）等，代替部分由国家用电器网供应的电力，从而减低因长距离送电导致的损耗。
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通过建立数学模型对热电冷联供系统在超市中应用的可行性进行了分析。
The energy for the heating, cooling and power are very large in the supermarkets, and makes environment worse, so it is valuable to study how to use energy effectively.
通过实例，研究了蓄冷比例与能源价格的复合关系对热电冷联供系统经济性的影响。
The influence of composite relationship between cold storage ratio and energy price on the economy of combined cooling, heat and power system is studied with examples.
生物质技术与热电冷三联供系统都是当前具有广阔发展前景的技术。
Both cogenerated heating electricity and refrigeration system (CHER)and biomass technology have wide perspective of development.
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