Product Design
Compact & Powerful
IMABATTERY® is completely contained within a 20-ft high ISO container. The safe chemistry in our batteries allow stacking and easy expansion of storage capacity. Capacity is directly related to the amount of electrolyte within the system electrolyte tanks, which can safely and easily be scaled up at low cost. Compact, flexible, and powerful, our batteries aren't limited to where they can be dispatched, whether it's quiet rural areas or bustling urban centers.
Applications
Large-Scale Grid Use
IMABATTERY® is built for long-lasting energy storage. As renewable energy generation increases, there will be an abundance of energy generated without the necessary transmission infrastructure to reach consumers. IMABATTERY® can store this excess energy, allowing utilities to cut reliance on carbon-emitting energy sources during peak demand. Its flexibility combined with impressive power output allows utilities to seamlessly supply power to households.
Small Commercial and Industry
IMABATTERY® uses minimal land while delivering high energy density, making it an ideal solution for small-scale commercial and industrial energy storage. The growing adoption of electric vehicles is driving increasing demand for renewable-energy-powered charging stations. By integrating IMABATTERY® into these systems, operators can ensure reliable, cost-effective energy supply while maintaining continuous operation. Its efficient, compact design provides both energy and convenience, supporting renewable infrastructure without disruption to existing infrastructure and daily activities.
Consumer Solar Installations
IMABATTERY® provides high energy density in a minimal footprint, making it an ideal solution for residential and distributed solar storage. By efficiently storing energy generated from photovoltaic installations, IMABATTERY® enhances energy autonomy, ensures reliable power availability during periods of low generation, and reduces dependence on the electrical grid. Its stable, catalyst-free electrolyte system and low CAPEX deliver a cost-effective, long-lasting solution for sustainable solar energy deployment.