monocrystalline silicon

  • LONGi Hi-MO X7 modules Longi Hi-Mo7 Double Glass N-Type

    LONGi Hi-MO X7 Double Glass N-Type ModulesN- 590W 585W 580W 575W Bifacial for Solar Energy System Hi-MO X7 utilizes N-type cell architecture, known for its lower degradation rate compared to conventional P-type technologies. This results in higher lifetime energy generation and improved reliability, especially in harsh climates with high temperatures or fluctuating weather conditions. With optimized electrical characteristics, the module offers strong performance under low irradiance conditions, maintaining consistent output during early morning, late afternoon, and cloudy environments. Its low temperature coefficient further supports efficiency retention in high-temperature regions, making it suitable for global deployment. Model NO . LR7-72HGD-590M Condition New Certification CE Material Monocrystalline Silicon Transport Package Pallets Specification 2278*1134*30mm Trademark LONGI Origin China Electrical Performance Parameters (STC Test) Module Type:LR5-72HGD 565-585M Maximum Power (Pmax/W) 570 575w ~590 w Open Circuit Voltage (Voc/V) 51.91 52.06 52.21 52.36 51.63 Short Circuit Current (lsc/A) 14.07 14.14 14.2 14.27 14.30 Voltage at Maximum Power (Vmp/V) 43.76 43.91 44.06 44.21 44.44 Current at Maximum Power (Imp/A) 13.03 13.1 13.1 13.24 13.59 Module Efficiency(%) 22.1 22.3 22.5 22.6 22.8

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  • 2204-2026

    JA Solar photovoltaic productshigh efficiency solar panels

    JA Solar Modules 2382 (620W / 625W / 630W) – Ex-Stock Availability Product Overview The JA Solar 2382 series (620W–630W) represents a high-power class of photovoltaic modules designed for modern solar installations requiring both efficiency and reliability. These modules are widely available as ex-stock products, making them ideal for projects with urgent delivery timelines and fast deployment requirements. JA Solar’s product strategy is built around continuous innovation and high manufacturing standards. Through significant investment in research and development, the company has developed advanced cell technologies such as TOPCon and high-efficiency monocrystalline architectures, enabling higher energy conversion rates and improved long-term performance.

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