Transparent Cdte PV Panels Agricultural Greenhous | RFQ Sourcing Details

Product Parameters Electrical performance parameters(STC) Model Number Cd. Te-M1-267 Cd. Te-M1-360 Cd. Te-M1-430 Cd. Te-M1-445 Cd.

Te-M1-475 Maximum Rated Power PMAX (W) Power Tolerance ±3 Maximum Power Point Operating Voltage VMPP (V) Maximum Power Point Operating Current IMPP (A) Open Circuit Voltage VOC (V) Short Circuit Current ISC (A) Module Efficiency (%) Operating parameters Maximum system voltage 1500V Reverse current withstand threshold 3.3A Operating temperature -40ºC~+85ºC Maximum static load Module: 2400.

Pa;Double-glass structure: 3600. Pa;Triple-glass structure: 5400. Pa Hail test Pass Protection class IP67 Product Structure Cadmium layer, cadmium sulfide (CdS) window layer, cadmium As a direct bandgap material, Cd.

Te absorbs the full solar spectrum well, delivering significantly better power generation than crystalline silicon , evening, snow, dust and haze. Low temperature coefficient With a low thermal expansion coefficient and thermal conductivity, Cd. Te performs stably at high temperatures.

Its temperature coefficient is around -0.21~-0.25%/°C, half that of crystalline silicon, enabling higher power output in hot environments. High conversion efficiency Cd. Te has a bandgap of ~1.47eV, highly matching the solar spectrum with strong absorption.

A 1μm layer absorbs over 90% of visible light (1/100 the thickness of monocrystalline silicon), supporting low-cost, low-energy production. Its theoretical efficiency reaches 28-29%, with great development potential.

Low production cost The ultra-thin absorption layer reduces material consumption, while the simple manufacturing process facilitates large-scale production and strong cost competitiveness. Stable power output Cd. Te modules avoid the water vapor absorption peak, maintaining stable output in humid climates.

Unlike crystalline silicon, they have no light-induced degradation, ensuring consistent conversion efficiency over the service life.