1. Micro Inverters Function and how it helps Converts DC electricity from each solar panel into AC electricity for the grid, with each panel operated independently. Enables modulelevel optimization so a single shaded or faulty panel does not drag down the entire array. Provides rapid shutdown capability to meet safety requirements. Why you need it Improves energy yield in installations with shading, varying panel orientations, or mismatch between panels. Simplifies system design, installation, and future expansion by allowing each panel to be added or serviced individually. Enhances safety and reliability through modulelevel isolation and straightforward fault diagnosis. Important attributes Function: Perpanel DC to gridready AC conversion; independent operation of each panel. Compatibility: Designed to work with standard PV panels and typical residential AC grid configurations. Size and material: Compact, weatherresistant enclosure suitable for outdoor rooftop mounting; lightweight for easy handling. Performance: Robust protection features and reliable operation across typical outdoor temperatures; consistent modulelevel output. Installation: Plugandplay wiring with straightforward wiring topology; scalable as you add panels. Monitoring: Support for remote diagnostics and performance monitoring via a cloudbased or local monitoring solution. Use scenarios Scenario 1: Residential rooftop with mixed panel orientations or partial shading. Each panel operates independently, increasing overall system output and reducing the impact of shade. Scenario 2: Retrofit or incremental expansion of an existing solar array. Add panels gradually without reconfiguring string inverters; keep existing system largely unchanged. Scenario 3: Small commercial installation with multiple roof sections or irregular layouts. Modular units simplify maintenance, fault isolation, and future growth.