Key benefits - Safe solar system with remote shutdown to eliminate high-voltage hazards during installation, maintenance, or emergencies. - Real-time panel monitoring with timely warnings and accurate fault localization to minimize downtime. - Flexible system design that adapts to various spaces and layouts, maximizing usable area. - Module-level Maximum Power Point Tracking MPPT delivers 5-25% higher energy yield compared with non-MPPT setups. Core capabilities - Remote control shutoff capability for quick, safe de-energization of the solar array. - Real-time monitoring at the panel level, with alerts that trigger as soon as a fault is detected and exact fault location is identified. - Flexible, modular architecture that supports different installation configurations and space requirements. - MPPT implemented at the module level to optimize power extraction and improve overall system performance. Applications and use scenarios - Residential rooftop installations: enhances safety during routine maintenance and inspections through remote shutdown, while providing continuous panel monitoring and rapid fault detection. - Small commercial rooftops or multi-tenant buildings: efficient use of limited roof space with a flexible design, plus per-panel monitoring and fault localization to reduce downtime and maintenance costs. - Off-grid or remote installations (cabins, remote workplaces): robust safety features and a scalable layout that fits unconventional or constrained spaces, with the benefit of higher energy yield through module-level MPPT.