Micro Inverters Function and purpose Converts the direct current DC produced by a single solar module into alternating current AC at the source, delivering grid ready power with panel level optimization. Why you need them Panel level optimization minimizes energy losses from shading, soiling, or module mismatch. If one module underperforms, others continue to operate at their , improving overall system reliability and output. Key benefits Independent module operation so each panel runs at its own maximum power point Per module power tracking to maximize energy harvest across the array Enhanced safety with localized DC to AC conversion and straightforward grid integration Easy installation and scalable architecture without a central inverter Compact, durable enclosure designed for outdoor mounting behind the panel Low maintenance with clear status indicators and optional remote monitoring Compatibility with standard PV modules and typical gridtied configurations Performance and materials efficiency conversion with low idle losses to support steady energy output Weather resistant construction suitable for outdoor installation Compact form factor minimizes weight and space requirements behind the module Size and compatibility Small, modular enclosures that fit behind each panel Designed to work with common PV modules and standard electrical panels; requires appropriate connectors and adherence to electrical codes Use scenarios Residential rooftop installations with partial shading benefits from per panel optimization Roofs with modules facing different directions or tilts, enabling uniform performance across the array Small commercial installations or retrofit projects where modular expansion and simplified maintenance are desired