太阳能电池板是利用半导体光伏效应制成的，可以直接将太阳辐射转化为电能。

太阳能电池板是利用半导体光伏效应制成的，可以直接将太阳辐射转化为电能。具有强光伏效应的半导体材料在吸收具有一定能量的光子时，改变了导电载流子电子和空穴的分布和浓度。当光照射在半导体P / n结上时，两端会产生光生电压。当连接外部电路时，在这个电压的作用下，会有电流流过外部电路，产生一定的输出功率。在此过程中，光电池本身不发生任何化学反应或旋转磨损。因此，在使用太阳能电池的过程中没有噪音和环境污染，这是其他形式的发电所无法比拟的

Solar panels are made of semiconductor photovoltaic effect, which can directly convert solar radiation into electric energy. When semiconductor materials with strong photovoltaic effect absorb photons with certain energy, they change the distribution and concentration of conductive carrier electrons and holes. When light shines on the semiconductor P / n junction, a photogenerated voltage will be generated at both ends. When the external circuit is connected, under the action of this voltage, current will flow through the external circuit to produce a certain output power. In this process, the photocell itself does not have any chemical reaction or rotational wear. Therefore, there is no noise and environmental pollution in the process of using solar cells, which is unmatched by other forms of power generation

Solar panels are made of semiconductor photovoltaic effect, which can directly convert solar radiation into electric energy. Semiconductor materials with strong photovoltaic effect change the distribution and concentration of electrons and holes of conductive carriers when absorbing photons with certain energy. When light is irradiated on the semiconductor P/n junction, a photovoltaic voltage will be generated at both ends. When an external circuit is connected, under the action of this voltage, a current will flow through the external circuit, resulting in a certain output power. In this process, the photocell itself does not have any chemical reaction or rotational wear. Therefore, there is no noise and environmental pollution in the process of using solar cells, which is incomparable to other forms of power generation.