Micro Inverters provide modulelevel DCtoAC conversion for individual solar panels, enabling safer, scalable rooftop PV installations with improved shading resilience and simpler system design. Key benefits Independent module output: Each panel is optimized separately, reducing the impact of shading, mismatch, or aging on overall system performance. Safer DC exposure: Power is converted to AC at the module, lowering voltage DC on the roof. Easier expansion and wiring: No need for a central string inverter; add panels with their own inverters as your system grows. Quick shutdown and safety: Localized power disconnection supports safety and compliance requirements. More consistent energy across the array: Permodule optimization helps stabilize output across varying conditions. Function and operation Converts the DC output of a single solar module into AC and feeds it into the building electrical system or grid through standard wiring. Supports modulelevel control and protection at each panel, reducing dependency on a single point of failure. Compatibility Designed for standard residential PV modules and common rooftop configurations. Suitable for installations and retrofits where a central inverter is not desired. Works with typical mounting methods and electrical layouts used in rooftop solar systems. Size and material Compact, weatherresistant enclosure suitable for outdoor mounting on roofs or racking. Lightweight, lowprofile form factor designed for durability in outdoor environments. Built to withstand typical solar exposure and weather conditions. Performance efficiency at the module level with independent optimization for each panel. Reduces shading, mismatch, and aging losses to improve overall energy yield. Eliminates a single string bottleneck, contributing to more predictable system performance. Use scenarios Scenario 1: Residential rooftop with partial shading from trees or nearby structures. Each shaded panel operates independently, helping maintain higher overall output. Scenario 2: Roof with panels facing multiple directions or made of different module types. Micro inverters optimize each panel individually, smoothing overall performance without reconfiguring strings. Scenario 3: Retrofit of an existing system where expanding capacity or changing layouts would be complex with a central inverter. Adding panels with their own inverters enables straightforward expansion and easier maintenance.