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1)  crystalline silicon cells
晶体硅太阳能电池
2)  silicon solar cell
晶体硅太阳电池
1.
Based on the equation of silicon solar cell current intensity, the theoretic expression of silicon solar cell load resistance at maximum power point is deduced.
从实际的晶体硅太阳电池电路基本方程出发,推导出晶体硅太阳电池最大功率下负载的函数表达。
3)  Crystalline Si solar cells
晶体硅太阳电池
1.
Comparison of TiO 2 anti reflection coating (ARC) and SiN ARC were carried out by multi coating theory and numerical calculation, including their impact to performances of crystalline Si solar cells.
采用多层膜的反射理论及数值计算对比了TiO2 和SiN减反射膜用于晶体硅太阳电池对其性能的影响 ,给出了优化设计的结果 ,SiN膜的减反射膜的综合效果更优 。
4)  crystalline silicon solar cell
晶体硅太阳电池
1.
Using a single pulse solar cell tester with constant light intensity for 5ms, we have studied the performance of conventional crystalline silicon solar cell with low concentrator( 1~10 sun)and cells temperature of 15~110℃at laboratory.
结果表明,室温下常规太阳电池的最佳工作点电压V_m和光功率放大系数a随入射光强增加呈现先增后降的趋势,并且串联电阻小的电池下降速度慢,串联电阻大的电池下降速度快;温度对晶体硅太阳电池的工作电压和输出功率相当敏感;在严格控制太阳电池工作温度的条件下,串联电阻小的电池在较宽的聚光范围内可以获得良好的使用效果。
2.
The spectral response measurements for crystalline silicon solar cells were carried out.
并对晶体硅太阳电池光谱响应进行了实际测量。
3.
The measurements of the screen printed silver finger contact resistance on crystalline silicon solar cells were investigated.
金属电极与硅的接触电阻是影响太阳电池填充因子和短路电流进而影响光电转换效率的重要因素之一,本文研究了晶体硅太阳电池丝网印刷烧结银电极与硅接触电阻及其测量。
5)  crystalline silicon solar cells
晶体硅太阳电池
1.
In this paper, based on the production process, the latest developments and achievements of manufacture techniques of crystalline silicon solar cells are introduced, with the focuses on enhancing the efficiency and reducing the cost of the cells,and all the techniques are appraised.
晶体硅太阳电池是目前技术最成熟、应用最广泛的太阳电池。
6)  Amorphous silicon solar cell
非晶硅太阳能电池
1.
The low-light,low-cost of amorphous silicon solar cell and high-brightness,long life of LED Lamp are combination.
具有弱光性、低成本的非晶硅太阳能电池与高亮度、长寿命的LED光源相结合将是未来照明工程的发展趋势。
补充资料:硅太阳能电池
分子式:
CAS号:

性质:是以硅为基体材料,将光能直接转换成电能的半导体器件。其工作原理是基于半导体P-N结光生伏打效应。它分为以P型硅为基体的N+/P型电池和以N型硅为基体的P+/N刷型电池两种。当电池表面受到光照时,在电池内部产生的光生电子-空穴对扩散到P-N结并受结电场影响而分开,电子移向N区,空穴移向P区,这样在P区和N区之间产生了光生电动势。硅太阳能电池光电转换效率高,重量轻、性能可靠,可用于航天飞行器作主要电源;民用领域也在不断扩大。

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