In solar cells, this is the first step in producing hydrogen, since electrons are the drivers of chemistry.
集中器,特别是在太阳能电池应用中,需要高精确度,以确保集中的太阳光精确地定向到动力装置。
Concentrators, especially in solar cell applications, require a high degree of accuracy to ensure that the concentrated sunlight is directed precisely to the powered device.
在太阳能电池中,这是产氢的第一步,因为电子是化学的驱动因素。
This is the first step in generating hydrogen in solar cells, because electrons are the drivers of chemistry.
这提高了钙钛矿的再现性和效率,使得它们在太阳能电池应用中可以更有效地进行。
This improved the reproducibility and efficiency of the perovskites so thatthey performed more efficiently in solar cell applications.
这提高了钙钛矿的再现性和效率,使得它们在太阳能电池应用中可以更有效地进行。
This increased the reproducibility and efficiency of the perovskites so thatthey performed more efficiently in solar cells.
Their material, reported in ACS' journal Biomacromolecules,also could find application in solar cell windows.
大多数有害的复合会发生在太阳能电池的不同位置。
Most of the detrimental recombination can occur in different locations within the solar cell.
这一时期之后,在太阳能电池余下的寿命期限内,能源(和二氧化碳)就会节省并积累起来。
After that period, energy(and CO2)is saved and accumulated during the remaining life span of the solar cell(often 25 years).
近几年,因其在太阳能电池领域的应用而受到持续关注。
In recent years,it has received continuous attention due to its application in the field of solar cells.
在太阳能电池板的背面,用双面胶带覆盖两个黄铜铆钉(这样它们就不会与Altoids锡接触。
On the back of the solar panels, cover the two brass rivets with double-sided tape(so they don't make contact with the Altoids tin.).
根据一项新研究,空气中的微粒及其在太阳能电池上的积聚正在使世界某些地区的能量输出减少25%以上。
The study found that airborne particles accumulating on solar cells are cutting energy output by more than 25% in certain parts of the world.
现在太阳能电池板的价格已经下降,作为备用发电,分散式的太阳能可以比单独使用柴油发电机更便宜。
And now that solar panel prices have fallen, distributed solar can be cheaper than running diesel generators alone for backup power.
长久以来,在太阳能电池的制造过程中使用含卤素的溶剂,一直是实现大规模商用化的障碍之一。
For a long time,the use of halogen-containing solvents in the manufacturing process of solar cells has been one of the obstacles to large-scale commercialization.
根据一项新研究,空气中的微粒及其在太阳能电池上的积聚正在使世界某些地区的能量输出减少25%以上。
The airborne particles and their accumulation on solar cells are cutting energy output by more than 25 per cent in certain parts of the world.
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