Examples of using Module efficiency in English and their translations into Indonesian
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Ecclesiastic
Module Efficiency ηm(%).
Thin-film variants come in at 4-12% module efficiency.
Module Efficiency STC 15.40%.
Relative change of module efficiency at 200W/m2 less than 4%.
Module Efficiency(ηm)% 15.46.
Cell: 17.9% of high efficiency solar cells to sure 15.7% module efficiency.
Module efficiency up to 140lm/w.
Green andcolleagues set a record for crystalline silicon solar module efficiency at 22.9% in 1996 that still holds today.
Module efficiency is increased by 2%.
We remain focused on pursuing further innovation insolar PV technology to increase cell and module efficiency even further.
Module Efficiency(%) more than 8%.
The best front side power output of a module with 144 half-cuti-TOPCon cells reaches 425 Wp, and the best module efficiency reaches 20.7%.
Module efficiency is increased by 2%.
In addition, the evaporative cooling effect of water helps to reduce module temperature,which promotes module efficiency and prevents degradation.
Module efficiency is increased by 2%.
Ruifeng is a leading manufacturer and supplier of Monocrystalline Solar Panel, Reliable electricalparameters, standard I-U cure robust and pretty design, as well as higher module efficiency.
Overall module efficiency favors standard PV panels at 13-19%.
While the polycrystalline is a panel that has a random crystal composition as manufactured by the casting process and Thin Film Photovoltaic is a panel with two-layer structure thin layer of microcrystalline silicon andamorphous with a module efficiency of up to 8.5%.
Higher solar module efficiency lower solar system cost per watt.
Monocrystal is the most efficient panels produced with the latest technology and produces electrical energy per unit area is highest. while the polycrystalline is a panel that has a random crystal composition as manufactured by the casting process and Thin Film Photovoltaic is a panel with two-layer structure thin layer of microcrystalline silicon andamorphous with a module efficiency of up to 8.5%.
Increased module efficiency and power are key contributors to this goal.
Engineering Excellence: High module efficiency for an outstanding balance of size and weight to power and performance.
More compact size, increase module efficiency and the packing density, reduce transportation cost by 25%-30%.
If the backside power yield increases the overall module efficiency by 10%, the power of bifacial PERC module can reach 330 watts for 60-cell module(300 watts from the front side), and 396 watts for 72-cell module(360 watts from the front side).
Module Conversion Efficiency.
High module conversion efficiency, low module price.
High module conversion efficiency.