Solar Edge Optimizer S1200 – 1GM4MBV

SolarEdge S1200 Power Optimizer

The SolarEdge S1200 power optimizer is the most advanced and cost-effective solution designed to maximize energy yield in commercial and large-scale photovoltaic installations. Engineered to work with high-power and high-current modules, including bifacial panels, the S1200 provides maximum power point tracking (MPPT) at the level of a single module or two modules connected in series, enhanced design flexibility, and the highest level of safety.

Key features of the SolarEdge S1200 optimizer:

• Higher energy efficiency: Continuous module-level (or pair of modules) MPPT tracking and a peak efficiency of 99.5% minimize mismatch losses and maximize energy production, accelerating return on investment.
• Support for high-power modules: Designed to operate with modules rated up to 1200W, including bifacial panels, with the capability to connect two PV modules in series to a single optimizer for simplified installation.
• Maximum protection and safety: The built-in SafeDC™ feature automatically reduces DC voltage to a safe level during grid or inverter shutdown, while Sense Connect technology monitors connections, preventing overheating.
• Design flexibility and lower BoS costs: Enables the creation of chains that are up to 2x longer compared to traditional systems, reducing the number of required cables, fuses, and connection boxes by 50%.
• Simplified operation and maintenance: Module-level performance monitoring allows for precise fault detection and remote troubleshooting, significantly reducing time and costs for servicing.
• Long warranty: The product comes with a 25-year manufacturer’s warranty, ensuring long-term reliability and security of investment.

Who is it suitable for?

The SolarEdge S1200 power optimizer is an ideal solution for installers, developers, and owners of large commercial and industrial photovoltaic systems. It is particularly recommended for projects utilizing high-power and high-current modules, including bifacial ones, where achieving maximum energy yield, ensuring the highest level of safety, flexibility in system design, and optimizing installation and operational costs (BoS and O&M) are crucial.