Design of Home-Based Solar Refrigeration System
Abstract: This article aims at designing a solar refrigeration system suitable for family application, by connecting solar cell module, storage battery and photovoltaic controller with a small car refrigerator. According to the climate characte-ristics of the local place (i.e., Nanjing), the number of module array and the capacity of storage battery are calculated. Home-based solar refrigeration system is not suitable to contain too many batteries, at the mean time; adopting large area of cell module is not economic. Based on the above consideration, the final integrated solution design of a com-plete set of equipment is given. The electrical energy from solar energy is just as an auxiliary energy when electricity price is in the peak. Finally the cost analysis and optimization of the system are given. The improved solution can save electricity as well as reduce the volume and cost of whole system. There are still many problems needed to be solved for solar energy technology application, especially photovoltaic power generation.
文章引用: 杨帆 , 金以明 , 刘静静 , 杜张李 (2012) 家用太阳能制冷系统设计。 可持续能源， 2， 31-34. doi: 10.12677/se.2012.21006
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