因为技术，材料，以及生产过程而对相似，其在半导体和平板电视方面的经验能轻松应用于太阳能电池和LED照明上。
Its experience in semiconductors and flat-screen televisions fits easily with solar cells and LED lighting: the technology, materials and production processes are similar.
实验证明，半导体制冷系统对解决太阳能LED照明系统散热问题具有良好的效果。
The experiment shows that, the semiconductor refrigeration system in solving the radiation problem of solar energy LED lighting system achives very good effect.
本厂最新研制的半导体太阳能庭院灯，路灯更是质量可靠，光照均匀，价格便宜，是城市、住宅小区、院校、广场、建筑物、绿化工程及照明的最佳之选。
The new semiconductor solar lamps are fairly good for the environment, example city, housing estate, square, school etc, They are your best choice with low price.
本文在对半导体制冷技术原理分析的基础上，针对太阳能LED照明系统，采用基于微控制器的半导体制冷系统来解决散热问题。
This paper carried an analysis of conductor technology theory, Designs the semiconductor refrigeration system using microcontroller to solve the solar energy LED lighting system radiation problem.
本文在对半导体制冷技术原理分析的基础上，针对太阳能LED照明系统，采用基于微控制器的半导体制冷系统来解决散热问题。
This paper carried an analysis of conductor technology theory, Designs the semiconductor refrigeration system using microcontroller to solve the solar energy LED lighting system radiation problem.
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