Micro Inverters Module level power conversion that turns the DC output of individual solar panels into AC power at the module. This design enables independent panel operation, simplifies installation, and supports scalable system growth. Function and performance Converts DC from each panel to AC at the module, enabling independent optimization of every panel. Perpanel MPPT reduces the impact of shading, mismatch, or soiling on overall energy yield. Builtin safety features provide rapid shutdown and protection against faults, contributing to safer operation. Designed for reliable, longterm performance in typical residential and small commercial solar installations. Monitoring capabilities provide visibility into the performance of each panel, helping with troubleshooting and maintenance. Compatibility Suitable for standard residential solar configurations and common mounting layouts. Works with a wide range of standard photovoltaic panels without needing string reconfiguration. Integrates with typical gridtied AC wiring and disconnects, enabling straightforward system integration. Flexible for retrofits or builds, including installations with mixed panel types or orientations. Size, enclosure and materials Compact, lightweight units designed for outdoor mounting behind or adjacent to the PV modules. Weatherproof enclosure built for outdoor solar installations and everyday exposure to the elements. Constructed from materials chosen for durability and corrosion resistance to support long service life. Performance and reliability conversion efficiency, optimized for modulelevel operation across a wide range of temperatures. Independent module operation reduces energy losses from shading or panel mismatch. Low maintenance design with serviceable components and clear fault indicators. Monitoring and safety Modulelevel monitoring via a companion app or web interface for realtime performance data. Safety features include rapid shutdown and protection against electrical faults, aligned with typical gridtied system requirements. Clear fault indicators and diagnostics support quick identification and resolution of issues. Installation and maintenance Plugandplay wiring and simplified wiring topology to minimize installation time. No need to rewire or redesign existing panel strings when adding panels. Requires minimal ongoing maintenance beyond standard system checks. Use scenarios Rooftop shaded or partially shaded residential installations Independent optimization for each panel minimizes the energy loss caused by shading, so overall system output remains higher than traditional string inverters under similar conditions. Retrofit or system expansion Add more panels without reconfiguring existing strings. Each panel operates independently, making it easier to scale the system and maintain performance monitoring across all panels. Multiroof or diversepanel installations Suitable for installations with panels facing different directions or of different types. Modulelevel optimization helps maximize energy production without complex string tuning. Remote or multiarea installations Ideal for setups where centralized string configurations are impractical. Independent panel operation and local monitoring provide clear visibility and control across multiple roof sections or sites.