在太空中，太阳光强度至少是地面的5倍，这使得巨大的太阳能光伏板可以收集到大量能源。
Solar rays are at least five times as powerful in space as they are at ground level, allowing the huge panels to gather vast quantities of energy.
太阳能电池板在200英里外空间受到的太阳光强度，是太阳光通过大气层过滤射在地面时强度的10倍。
The sunlight hitting solar panels 200 miles in space would be 10 times as powerful as the light filtering down to Earth through the atmosphere.
随着离开太阳的距离增加，阳光强度呈指数级下降，因此一颗距离太阳比地球近一倍的行星所接受到的阳光远远不止地球所接受到强度的一倍。
Light falls off exponentially with distance, so a planet that is, say, twice as close to the sun as Earth is would get much more than twice the solar energy.
随着每天日照时间的延长以及阳光强度的增加，我们有必要对夏季的肌肤安全引起重视，为此我们采访了Alberta大学的皮肤病教授Dr。
As the number of hours of sunshine per day increase, and the sun's intensity reaches its peak in the lead up to summer, we asked Dr.
方法为：用反光板与跟踪太阳光的设计，增加光强度，来提高太阳能电池板的发电效率。
The ways are as follows: a design of a reflector panel and following the sunlight is adopted to increase the light intensity and improve the generating efficiency of the solar panel.
方法为：用反光板与跟踪太阳光的设计，增加光强度，来提高太阳能电池板的发电效率。
The ways are as follows: a design of a reflector panel and following the sunlight is adopted to increase the light intensity and improve the generating efficiency of the solar panel.
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