PV cells produce electricity as long as light shines on them.
只要有光照，光伏电池就能产生电力。
These standards could help to facilitate the installation of PV cells.
这些标准将有助于促进光伏电池的安装。
The electricity is supplied by roof-mounted PV cells linked to an inverter and a DC net.
电能是由铺设在屋顶并与变极器和直流电网相连的PV板提供。
PV cells are made from semiconducting material and each module usually holds about 40 cells.
光伏电池是由半导体材料和每个模块通常拥有约40个细胞。
Unlike solar panels, which are used to heat water, PV cells harness the Sun's energy and convert it into electricity.
不像太阳电池板是用于加热水，光生伏打电池是利用太阳能并将它转变为电能。
PV cells will be integrated in the external surface of the Dome in order to guarantee energy production from renewable sources.
PV电池将被集成在穹顶外表面，以保证可再生能源的能量再生。
Through the experiment of shaded different PV cells, we have concluded that the higher reverse current is, the easier hot-spot happens.
通过对不同电池片进行遮挡实验，分析得出逆电流大的电池更易产生热斑。
Simultaneously, the model can calculate the loss of power generation efficiency result from different resistance characteristics PV cells in parallel.
同时利用该模型可以求解出不同内阻特征的光伏电池并联导致系统发电效率损失的数值。
The CPV cells also supply the energy for PV-module trackers, the monitoring and control system and an air-conditioning unit that cools the utility room of the facility.
同时，聚光电池还可以为光伏追踪系统、监视系统以及用以给存放相关设备的储物间降温的空调系统供电。
Automatic solar tracking screens made of perforated PV cells make one full rotation per day around the circumference of each building, collecting enough PV energy to cool the towers completely.
穿孔光伏电池板做成的自动太阳追踪遮阳板，每天能够围绕各自的建筑转一圈，收集光电能源，为所有塔楼提供制冷。
They also have hopes that when the efficiency of the amorphous silicon photovoltaic cells improves in the future, it may become possible to mass-produce the si PV cells by using a roll-to-roll method.
他们希望将来，当非晶态硅光伏电池的光电转化效率提高后，能利用卷到卷式的生产方式进行大规模的硅光伏电池的生产。
Solar photovoltaic (PV) cells, which use solar panels to directly generate energy are popular for individual buildings or small geographic areas, but large scale use is expensive.
使用太阳能面板直接发电的太阳能光伏电池在个别建筑和小型地理区域是受欢迎的，但是大规模的使用是非常昂贵的。
Solar PV (photovoltaic) cells generate electricity directly from sunlight.
太阳能光伏电池直接利用阳光发电。
For photovoltaic (PV) cells, which convert sunlight directly to electricity, this is especially difficult to overcome, because electricity is difficult to store.
对于直接将太阳光转换为电能的光伏电池来说，这是特别难以克服的困难，因为电力很难储存。
PV cladding materials can now be obtained in different patterns and colours, depending upon the nature of the cells and the backing material to which they are applied.
PV覆盖材料现在在样式和颜色上都有不同选择，这取决于其采用的电池特性和背基材料。
Electricity from sunlight is truly "green" and inexpensive but requires an energy conversion system with photovoltaic (PV) cells and a storage unit, such as a battery.
来自于日光的电能是真正“绿色”和廉价的能源，但是需要基于光伏(PV)电池和存储设备(例如电池)的能量转换系统。
Conclusion: Our results suggested that secondary infection of the cells was critical to the development of PV-induced cytopathic effect.
结论：本研究结果显示，脊灰病毒引起的细胞病变由感染后产生的子代病毒的继发感染引起。
PV solar cells are made of thin layers of material, usually crystalline silicon.
光伏太阳能电池是由薄层的材料制成的，常见的有晶体硅。
Prices for solar wafers, cells and modules are on the rise again as demand for PV systems has been strongly increasing over the last few months and silicon feedstock prices remain low.
太阳能硅片的价格，电池和组件都在增加，作为光伏系统的需求又一直在猛增过去数个月，硅原料价格的上升仍然很低。
These adhesives and encapsulants are compatible with most materials commonly used in the assembly of Solar collectors, PV modules and (CPV) concentrator cells.
这些粘合剂和密封材料有很大的兼容性，可以应用于太阳能集热器，光伏模块和聚光太阳电池的组装过程。
EPIA Members are present throughout the whole value-chain: from silicon, cells and module production to systems development and PV electricity generation as well as marketing and sales.
EPIA 的会员遍布业内价值链的每个环节：从硅、电池和模块生产到系统开发和光伏发电以及营销与销售。
The progress of the other main kind of solar technology, photovoltaic (PV) solar cells, looks stronger.
另一项主流太阳能科技，光伏太阳能发电板进展顺利，前景广阔。
The organic PV device allows for continued operation even when short circuits develop or electrical interruption occurs in one of the cells.
即使当在其中一个光电池中发生短路或中断时，该有机PV装置也可以继续运行。
The organic PV device allows for continued operation even when short circuits develop or electrical interruption occurs in one of the cells.
即使当在其中一个光电池中发生短路或中断时，该有机PV装置也可以继续运行。
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