Risen RSM132-6-375M Solar Panel

Description

High power output, monocrystalline design, high efficiency, and a reputable manufacturer—that’s how the Risen solar panel can be described RSM132-6-375M. This photovoltaic module is used in high-capacity solar power plants—whether grid-connected, hybrid, or off-grid. It is designed to convert sunlight into an electric current with a voltage of 24 V, which is then used to power electrical appliances.

The manufacturer of this photovoltaic module, the company Risen Energy, is a well-respected Chinese brand that consistently makes the list year after year Tier 1. Panel production is fully automated a process that utilizes state-of-the-art equipment. The quality of the manufacturing process is certified according to European standards.

The panel's power output is 375 watts, photomodule type – single crystal, Efficiency – 20.3 %. It has a positive power margin of up to 0–5 W, 9 current-collecting tracks (MBB architecture, improved module current conductivity). The panel features 132 solar cells (22 rows of 6 solar cells each), which is an innovative solution in the industry. The panel’s dimensions are 1852×996×35 mm, and it weighs 20.5 kg. The panel features one of the best temperature coefficient of power (TCOP) values in the industry, at -0.37 %/C.

The panel is resistant to mechanical damage. It can withstand snow loads of 5,400 Pa and wind loads of up to 2,400 Pa. It features a sturdy 35-millimeter aluminum housing and 3.2-millimeter-thick tempered glass. The IP68 dust and moisture protection rating fully protects the panel from rain, snow, excessive humidity, dust, salts, and ammonia. 

It is resistant to PID degradation (power loss over time). And PERC technology, which is incorporated into the panel, involves applying a special dielectric layer with small holes to the lower aluminum wall; these holes allow for the additional reflection of sunlight passing through the panel and generate additional electricity. As a result, the solar light absorption coefficient increases to 20%, which leads to an overall increase in the photovoltaic module’s efficiency.