Micro inverters convert the direct current from a solar module into alternating current at the module level. They mount behind each panel, enabling individual module operation and easy system expansion. Key benefits Module level optimization: Each panel operates at its own maximum power point, improving overall system output in real conditions. Shading and mismatch tolerance: Partial shading on one panel has less impact on the rest of the array. Safer electrical design: Low voltage DC remains at the module level, reducing DC wiring hazards. Simple scalability: Add panels gradually; a module integrates with minimal changes to the existing layout. Independent monitoring: Performance can be tracked per module, making troubleshooting easier. What it offers Function: Converts DC from solar modules to AC suitable for residential or small commercial use; provides module level power conversion and monitoring. Compatibility: Designed to work with a wide range of photovoltaic modules and standard AC grid interfaces; suitable for typical rooftop installations. Size: Compact, space saving design that fits behind each panel to minimize equipment footprint. Material and build: Robust enclosure designed for outdoor use with a focus on durability and weather resistance. Performance: Delivers module level power conversion with simple integration into standard electrical systems; supports scalable configurations. Installation and maintenance Installation is modular and straightforward, with components designed to mount behind each panel and connect to the building's AC system. Maintenance is typically low, with routine checks for secure mounting and clean, unobstructed ventilation. Use scenarios Residential rooftop with mixed shading: Individual inverters optimize output from shaded and unshaded panels, improving daily energy yield. Small commercial roof: Scalable, panelbypanel retrofit or expansion allows gradual growth while preserving performance benefits. Upgrading an existing string system: Add micro inverters to enable module level monitoring and easier fault isolation without rewiring for higher string voltage.