Examples of using Solar cells in English and their translations into Hebrew
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Of all the products ISS largest area of solar cells have satellite"Express-AM5" and"Express-AM6"(launched into orbit in 2013-2014) for"Space Communication".
the high cost of solar cells has been a major barrier to their widespread use.
The research deals with new generation solar cells, called Generation 3,
However, even the best of today's solar cells can only convert around one-quarter of the sun's power into electricity.
However, there are some molecules that can be implemented in solar cells that have the ability to generate two excitons from a single photon- a process called singlet fission.
With this we intend to build the process technology for a range of advanced devices including white UHB LEDs, solar cells and lasers among others such as transistors.
Because of their small size- less than one millimeter square- solar cells that utilize more sophisticated materials can be developed cost effectively.
I studied all the new things that had happened in solar cells, and was looking for ways we could make solar cells more inexpensively.
These cells are attributed the highest efficiency in the utilization of solar energy and their production is much less expensive than regular solar cells.
simply get hotter in the sun, but with solar racers the energy is converted into electricity using solar cells.
Because of their small size- less than one millimeter square- solar cells utilizing more sophisticated materials can be developed cost effectively.
For example, Harvard University identified 36,000 carbon-based compounds with the potential to perform at approximately double the efficiency of most organic solar cells currently in production.
Fortunately, the prices of solar cells have fallen consistently over the past decade,
clean hydrogen fuels and record-breaking solar cells.
including solar cells.
Because of their small size- less than one millimeter square- solar cells that utilize more sophisticated materials can be developed cost effectively.
These cells are attributed the highest efficiency in the utilization of solar energy and their production is much more inexpensive than regular solar cells.
The frequencies of light and energy released by activated dots make them particularly useful for chemical sensors, solar cells, medical imaging and nanoscale circuitry.
Due to their small size- less than one millimetre square- solar cells utilising more sophisticated materials can be developed cost effectively.
clean hydrogen fuels and record-breaking solar cells.