Marine Electrical – Electronic Systems
We design energy infrastructures for yachts and vessels in accordance with international marine standards. Power distribution, charging, separation, and monitoring systems are integrated under one architecture through NMEA-based networks. Using LiFePO₄ batteries, intelligent DC/DC converters, shore-power protection circuits, inverter-charger combinations, and IP67-rated panels, we build structures resistant to saltwater, vibration, and temperature variations. All systems are load-tested and thermally analyzed to verify performance. After installation, we deliver a quiet and reliable energy infrastructure, fully validated through “sea trials.”
Caravan Electrical – Electronic Systems
We configure modular, safe, and efficient energy systems for mobile living environments. LiFePO₄ battery technologies, solar MPPT charging units, inverters, and smart monitoring displays are unified under a single architecture. All cable cross-sections, protection ratings, and fuse values are calculated based on load analysis, while EMC shielding and surge protection systems ensure electrical safety. In grid- or generator-connected setups, automatic source transfer and power prioritization modules are integrated. After installation, the field-tested system provides quiet, efficient, and long-lasting energy management.
We design energy infrastructures for yachts and vessels in accordance with international marine standards. Power distribution, charging, separation, and monitoring systems are integrated under one architecture through NMEA-based networks. Using LiFePO₄ batteries, intelligent DC/DC converters, shore-power protection circuits, inverter-charger combinations, and IP67-rated panels, we build structures resistant to saltwater, vibration, and temperature variations. All systems are load-tested and thermally analyzed to verify performance. After installation, we deliver a quiet and reliable energy infrastructure, fully validated through “sea trials.”
Caravan Electrical – Electronic Systems
We configure modular, safe, and efficient energy systems for mobile living environments. LiFePO₄ battery technologies, solar MPPT charging units, inverters, and smart monitoring displays are unified under a single architecture. All cable cross-sections, protection ratings, and fuse values are calculated based on load analysis, while EMC shielding and surge protection systems ensure electrical safety. In grid- or generator-connected setups, automatic source transfer and power prioritization modules are integrated. After installation, the field-tested system provides quiet, efficient, and long-lasting energy management.










