Green Image Tech builds a single lithium iron phosphate storage architecture — shared cell chemistry, BMS logic, and fire-safety design — packaged across six product families that scale from a 5 kWh wall unit to a 5 MWh container.
Every family is built from the same LiFePO₄ module and battery-management design; what changes is packaging, IP rating, and how many modules run in parallel. Bars show each family’s deployable range, from its smallest single unit to its largest listed configuration.
A modular 51.2V wall battery for homes on solar. Modules auto-network with no DIP-switch setup, so installers stack up to 18 in parallel behind a single touch display. IP65 versions hang outdoors in the rain.
A taller-capacity cabinet for whole-home or small-commercial backup, UL-listed for the US market. Built-in breaker and fire suppression, with a master LED bar for at-a-glance state of charge.
Rack-mount high-voltage strings for hybrid inverters that want DC bus voltage instead of paralleled 51.2V blocks — from a 2-module starter stack up to a pre-assembled 240 kWh cabinet.
Battery, BMS, PCS and EMS in a single cabinet — one delivery, one commissioning pass. Air-cooled or liquid-cooled depending on duty cycle, with cabinet-level fire suppression and gas detection built in.
The same cabinet-scale energy storage, built to UL1973 / UL9540 / UL9540A for the US market and offered in air-cooled or liquid-cooled trims. Dual-mode: peak-shaving on-grid, stable three-phase power off-grid.
Grid-scale storage in a standard 20-foot high-cube container: liquid-cooled modules, IP67-rated, with cabinet-level thermal runaway management and a service life engineered past 10,000 cycles.
Lithium iron phosphate across every family — chosen for thermal stability and long service life over energy-dense but less forgiving chemistries.
Multi-layer protection against over-current, over/under-voltage and over-temperature, with cell balancing and auto-networking for parallel packs.
Smoke and combustible-gas detection with aerosol or water-immersion suppression, plus explosion-proof venting on cabinet and container tiers.
Full-range charge/discharge performance from arctic garages to desert substations, with automatic derating above 45°C on utility hardware.
Indoor cabinet through fully submersible-rated container, so the enclosure matches the install site instead of over- or under-building it.
Local Bluetooth commissioning, WiFi app monitoring, and CAN/RS485/TCP-IP for BMS-to-inverter and fleet-level EMS integration.
