HikoTerra Introduces H4 Hybrid Power System
HikoTerra, a leader in mobile integrated power solutions, officially ushered in the next generation of marine power with the introduction of the H4 Hybrid Power System. The H4 product line is designed as a battery-first system flexible enough to deliver a home-like user experience. Fully integrated, more compact and easier to maintain than traditional onboard power systems centered around a generator, the H4 sets the new standard for onboard energy storage and supply.
The H4 Hybrid Power System is comprised of four separate components: a high-efficiency bi-directional inverter, advanced LiFePO4 battery modules, intelligent battery charger and a mounting rack. The inverter is lightweight and offers 97% efficiency with low no-load power consumption, continuous operation at full rated power up to 40°C, features solar inputs, and offers NMEA 2000, fiber-optic and ethernet connectivity. The latest-generation LiFePO4 8kWh battery has a built-in internal battery management system, shunt, fuses and safety disconnect switches, all making for a safer solution.
It will auto-disconnect from the rack in case of fault, allowing the system to operate using remaining batteries, eliminating downtime. The 200A battery charger can use multiple voltages for shore power input, has a built-in isolation transformer and dual 250A alternator inputs for charging off main engines while underway. The system can also restart completely discharged batteries from shore power or alternator, with no technician required.
At the heart of the system is the rack and mounting design. The rack is modular, allowing owners or boat builders to configure the physical rack layout depending on space and location requirements. The rack eliminates many of the external fuses and switches, and the internal backplane means most heavy gauge cables, lugs and bolts are not required. It offers a maximum capacity of 16 rack slots, 30kW inverter capacity, three charger modules and 12 batteries delivering 96kW hours of storage depending on requirements.
