WAAREE II Bifacial Topcon 585 Watt Solar Panel II Solar Panel II VOC 53.87 II high-Performance, Dual-Sided || 13.02A (Pack of 1) Single Panel

Features

• High Power Output: Maximum Power (Pmax): The panel produces up to 590 watts of power, making it highly efficient and suitable for high-demand energy applications. This high power output helps reduce the number of panels needed for large installations, saving space and installation costs.
• Bifacial Technology: Dual-Sided Light Absorption: The bifacial design allows the panel to capture sunlight from both its front and rear surfaces. This dual-sided absorption increases the panels overall energy yield by utilizing reflected light from surfaces such as roofs or the ground, which is particularly beneficial in environments with high albedo (reflectivity).
• Open Circuit Voltage (VOC): VOC of 53.87V: This voltage represents the maximum electrical potential the panel can generate under no load conditions. A higher VOC indicates the panels ability to produce more voltage, contributing to efficient energy generation and integration into various solar power systems.
• Short Circuit Current (ISC): ISC of 13.02A: This current is the maximum output of the panel under short-circuit conditions, reflecting its capability to handle high current flows. This high ISC value enhances the panels overall efficiency and performance, ensuring robust energy production even under varying light conditions.
• Durable Construction: Weather Resistance: The panel is engineered to withstand extreme weather conditions, including heavy rain, high winds, and temperature fluctuations. Its robust build ensures longevity and reliable performance in diverse environmental settings.
• High-Quality Materials: Constructed with premium materials for enhanced durability and longevity, the panel is designed to maintain high efficiency over its operational lifespan.
• Enhanced Efficiency: Advanced Cell Technology: Utilizes cutting-edge solar cell technology that improves light absorption and conversion efficiency. This advanced design contributes to higher energy yields and better performance compared to traditional monofacial panels.