由于这些原因，需要更多的在工程上的工作来整合科学上的新发现进入目前的光伏打系统。但是Nocera自信的认为这些系统会成为现实。
As such, more engineering work needs to be done to integrate the new scientific discovery into existing photovoltaic systems, but Nocera is confident that such systems will become a reality.
本发明根据半导体光生伏打原理，并在半导体光伏器件上制备所需之电阻层。
According to photovoltaic principle of semiconductor, a required resistor layer is prepared on a semiconductor photovoltaic device.
探讨了光生载流子在漂移、扩散和光生伏打效应三种机制下输运迁移以及空间电荷场的形成过程。
The migration of the photocarrier and the formative process of space field induced by photocarrier s drift, diffusion and photovoltaic effect were studied.
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。
Unlike solar panels, which are used to heat water, PV cells harness the Sun's energy and convert it into electricity.
有机光生伏打效应。最后指出该学科存在的问题。
The motivation and challenges in this field are also pointed out.
本发明公开了一种制造至少一个半导体光生伏打电池或模块以及用于对半导体材料进行分类的方法(300)。
Disclosed is a method (300) of manufacturing at least one semiconductor photovoltaic cell or module and for classifying semiconductor material.
本发明公开了一种制造至少一个半导体光生伏打电池或模块以及用于对半导体材料进行分类的方法(300)。
Disclosed is a method (300) of manufacturing at least one semiconductor photovoltaic cell or module and for classifying semiconductor material.
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