英語 での The solar cell の使用例とその 日本語 への翻訳
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When the output of the solar cell module drops by 10% or more in 10 years from the minimum allowable value within the intersecting range of the nominal maximum output, or when it drops by 20% or more in 25 years, solar cell module addition, repair or I will exchange it.
If the output in the solar cell module has been compared to the rated maximum output tolerance range decreased to the lowest permissible value, or in more than 10 years has been 10%, if in 25 years reduced by more than 20%, in addition to the solar cell module, repair or replace what you do.
This method can also be used, not only in evaluating the substrates, but can also be used to evaluate the quality of the solar cell manufacturing technology. This technology will contribute toward new developments in in the solar cell industry, reducing costs and increasing efficiency of next generation silicon solar cells. .
In the case of a 100 kW class system, the solar cell module is about 30%, the stand/ cable· construction cost is about 60%, the power conditioner· junction box is about 50%, which is higher than Germany.
ISOFOTON is, since it was founded in 1981, and overlaid the track record in the field of solar power over more than 30 years, the solar cell module have already installed all over the world more than 60 countries and regions.
ISOFOTON is, since it was founded in Malaga called"Silicon Valley of Europe" in 1981(Spain), and overlaid the track record in the field of solar power over more than 30 years, the solar cell module has been already installed in more than 60 countries and regions.
At present, crystalline silicon material(including polysilicon and monocrystalline silicon) is the most important photovoltaic materials, its market share above 90%, and in the future for a long period of time would still be the mainstream of the solar cell material.
By applying surface treatment on a TiO2 nanoparticle electrode before applying dye adsorption(electrochemical intercalation of Li atoms), we found that the photo voltage of the solar cell significantly increases, which contributes to enhanced energy conversion efficiency, as a result.
It is discussed to replace this with renewable energies, but setting up the solar cell rating at capacity 4.7 million kW can actually generate only 4.94 billion kWh(12% capacity factor).
To track the MPP(maximum peak power point), the ADP5090 stops conducting current on the input, checks the solar cell voltage without it being loaded, and then sets the MPP for the next 16 seconds.
A clear lead over competitors in the solar cell inspection field, thanks to outstanding camera resolution Flovel has been focusing on developing cameras based on area sensors mainly for two reasons: the mechanics can be kept simple, and there are no dimensional tolerances caused by movement errors of a line sensor.
Where in the means for electronic grade polysilicon accounted for about 55 per cent, 45 per cent of solar grade polysilicon, with the rapid development of photovoltaic industry, the solar cell to higher than the growth rate of demand for polycrystalline silicon semiconductor polysilicon development, estimated that by 2008 solar polysilicon demand will exceed electronic grade Polysilicon.
Pinhole Channels| Okinawa Institute of Science and Technology Graduate University OIST A high magnification image shows a cross section of doped spiro-MeOTAD and the problematic pinholes(pictured on right) forming channels(pictured on left), which allow water and other molecules to easily diffuse through the solar cell.
Enables Easy Operation via an Indoor Remote Control with Touch Panel Customers can control all of the various operating modes with a centralized indoor remote control. In addition to seeing at a glance the solar cell charging volume, amount of charging or discharging between storage batteries and EVs, and the ElemoveTM, this simple remote control has screens that allow users to check past operations and maintenance.
Metal contacts on the top and bottom of the PV cell draw that current off to use to power external electrical products such as lights, calculators etc. This current, combined with the cell's voltage(which is a result of its built-in electric field or fields), determines the power(or wattage) that the solar cell can produce.
Additionally, the performance of the solar cells deteriorated rapidly.
Will motion of the solar cells be a problem?