Photovoltaic Solar Testing Equipment

1. Multi-channel architecture enables parallel IV and MPPT testing. 2. Independent channel control ensures high-precision data acquisition. 3. Built-in MPPT algorithms handle perovskite hysteresis effectively. 4. Automated software supports long-term, unattended stability testing.

1. Optical shaping delivers true parallel light with <5° collimation. 2. Class A+ spectrum ensures accurate perovskite response testing. 3. Large 300×300 mm uniform area supports device and module research. 4. Dual steady and pulse modes enable efficiency and stability tests.

1. Integrated AM0 light, thermal stage, and testing system in one cabinet. 2. Class A AM0 spectrum with extreme temperature simulation from -180°C to +150°C. 3. Multi-channel IV and MPPT testing enables high-throughput space PV evaluation. 4. Automated software supports 24/7 unattended stability and aging tests.

Multi-channel design enables parallel IV and MPPT testing. 3A LED simulator ensures stable AM1.5G illumination. Independent 25–100°C control keeps each module stable. Supports 50×50 to 300×300 mm modules for flexible testing.

LED simulator delivers precise AM1.5G output with stable irradiance. Adjustable intensity ensures flexible testing for PV materials. Real-time LED temperature control maintains consistent light quality. Clean interface enables easy spectral and irradiance adjustments.