Module level micro inverters for solar installations Key benefits Independent MPPT per module ensures each panel operates at its , maximizing overall energy yield even when parts of the array are shaded or dirty. Converts DC to AC at the module, eliminating string losses and simplifying wiring for safer, lower voltage DC on the roof. Scalable and modular system: add more modules over time without reconfiguring existing wiring. Builtin safety features and rapid shutdown support gridtied operation, with monitoring that provides modulelevel performance data. Function and compatibility Converts each module's direct current to alternating current at the source, delivering readytouse AC for standard household or commercial circuits. Designed to work with standard residential PV modules, typically in the common 60 to 72cell class, and with conventional AC wiring setups. Suitable for rooftop installations and smallscale commercial projects where modulelevel optimization is advantageous. Size, material, and durability Compact, weatherproof enclosure intended for outdoor mounting on rooftops or racking systems. Constructed from durable materials to withstand sun exposure, wind, rain, and temperature fluctuations. Performance and features efficiency voltage conversion at the module level, contributing to reliable system performance. Protective features such as overvoltage, overcurrent, shortcircuit, and thermal protection to enhance reliability. Supports modulelevel monitoring to track individual panel performance and system health. Use scenarios Residential rooftop with partial shading: each module operates independently to maximize energy capture where shading affects only part of the array. Roofs with modules facing different directions or at varying angles: permodule optimization improves total system output compared with a single central inverter. Small commercial installations planned for gradual expansion: modular micro inverters allow easy scaleup by adding more modules without reconfiguring the entire system.