Trina Solar TSM-NE19R-610W Solar Panel
$ 99.00
Trina Solar TSM-NE19R-610W 610W Solar Panel Description The Trina Solar TSM-NE19R-610W with a power output of 610 W is an improved photovoltaic module of the new Vertex series (2023). These panels represent a new direction in the development of solar energy, as the power and efficiency of modules are already approaching 700–800 W. Using high-power panels allows reducing the total number of modules in a solar power system and saving on mounting structures. The module efficiency reaches up to 23.1%, ensuring high electricity generation performance. An important advantage of the module is the reduced temperature coefficient of power –0.29 %/°C, which allows the panel to operate efficiently even at high temperatures. The maximum power current is 14.96 A, and the maximum power voltage is 40.8 V. The panel architecture is based on Half-Cell technology with enlarged solar cells. This design allows high performance even under partial shading or low solar irradiation. Thanks to PERC technology, the panel has high efficiency and slow degradation. Maximum degradation is only 0.4% per year from the 2nd to the 25th year of operation (no more than 10.6% over 25 years). Despite the high power output, the panel weighs only 28.8 kg. Main Specifications Parameter Value Manufacturer Trina Solar Country of Origin China Panel Type Monocrystalline Module Material Monocrystalline Silicon Frame Material Aluminum Rated Power 610 W Maximum System Voltage 1500 V Current at Maximum Power 14.96 A Voltage at Maximum Power 40.8 V Short Circuit Current 15.86 A Open Circuit Voltage 49 V Number of Cells 132 Module Efficiency not less than 22.6% Protection Class IP65 Minimum Operating Temperature -40°C Maximum Operating Temperature 85°C Warranty Period 144 months Dimensions Parameter Value Weight 28.8 kg Length 2382 mm Width 1134 mm Thickness 30 mm Temperature Coefficients Parameter Value Temperature Coefficient of Current 0.04 %/°C Temperature Coefficient of Voltage -0.24 %/°C Temperature Coefficient of Power -0.29 %/°C
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