solar cell module

Introduces a kind of portable solar cell array test system with the light source, which can fast test solar cell module or array in the filed without AC power.

介绍了一种便携式太阳电池阵列测试系统。

The Design and Test Solar Cell Module Laminator Heating System

太阳能电池组件层压机加热系统的设计与试验

Solar cell module is a sunlight power generation device directly converts sunlight into DC electric energy.

太阳电池组件是将太阳光能直接转变为直流电能的阳光发电装置.

In the production of the solar cell module, the cells are usually connected in series and/ or in parallel to obtain a larger output power, so the differences in the performance of the solar cells will cause the deterioration of the module performance.

在制作太阳能电池组件时，通常将电池单元以串联后并联在一起以获得较大的输出功率，电池单元的性能差异将导致组件性能变坏。

By comparison, it is concluded that, using silicone can improve blue response of selective emitter solar cell module. In another word, using silicone can improve the quantum efficiency of module.

经比较得出，选择性发射极太阳电池组件使用密封剂silicone封装可提高其短波响应，即提高了量子效率。

Polycrystalline silicon solar cell module and encapsulation material

多晶硅太阳电池组件及封装材料的研究

Stress distribution in the welding process of solar cell module was analyzed by using numerical simulation aimed to the problem in the welding process of solar cell module.

针对太阳电池组件焊接过程中存在的问题，运用数值模拟技术分析太阳电池组件焊接工艺中的应力分布情况。

The average efficiency for encapsulated polysilicon solar cell in the module is 9.5%, the highest efficiency is 10.9%.

研制成的多晶硅太阳电池组件的平均效率为9.5%，最高达10.9%。

Engineers and decision makers for solar cell& module manufacturers, PV equipment venders, material suppliers, government officials and investors should attend this forum.

光伏制造企业决策人员及工程师，设备和材料供应商，光伏产业投资者，政府官员。

PVB laminated silicon solar cell module

PVB层压硅太阳电池组件

Design and performance of the large area dye-sensitized solar cell module

大面积染料敏化太阳能电池的结构组件设计与性能测试

The main works and conclusions are summary as follow: 1. The residual stress produced in the manufacturing process of solar cell module was investigated aimed at the three processes ( ingot casting, slicing and sintering) for solar cell production.

主要工作和结论如下：1、针对生产太阳电池片三道工序（铸锭、切片和烧结），开展太阳电池片制造过程的残余应力研究。

This result has an important reference value on the solar cell module design and manufacturing.

其研究结果对太阳电池组件的设计和制造具有重要参考价值。