Enabling the energy transition with smart microgrids powered by second-life EV batteries.
We design and build high-performance energy storage systems using revalorized electric vehicle batteries enabling smart microgrids through a combination of circular economy, renewable integration, and AI-driven energy management.

What are
the applications
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Municipal Infrastructure
Aging infrastructure, grid constraints, and extreme weather events are putting critical services at risk.
OUR SOLUTION
Smart microgrid-ready energy storage ensures continuity for pumping stations, water treatment facilities, and emergency shelters while reducing peak demand costs and GHG emissions.
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Mining & Off-Grid Operations
Remote operations rely heavily on diesel, driving high fuel costs, logistical constraints, and significant GHG emissions.
OUR SOLUTION
Hybrid microgrids powered by right-sized BESS reduce diesel consumption, lower operating costs, and improve energy reliability in harsh and remote environments.
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Commercial and Industrial (C&I) Facilities
Access to new energy capacity is increasingly constrained, limiting expansion and delaying new projects despite a reliable grid.
OUR SOLUTION
Right-sized BESS systems unlock additional capacity, reduce peak demand, and enable growth without waiting for new grid allocations.
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Remote Communities
Access to reliable and affordable energy remains a challenge due to distance, limited infrastructure, and costly fuel logistics.
OUR SOLUTION
Decentralized microgrids powered by right-sized BESS enable reliable, cleaner, and more cost-effective energy independence.
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Data Centers
Exponential demand for compute is outpacing grid capacity. Grid connection now takes five to seven years, whereas it takes eighteen months to build a new data center.
OUR SOLUTION
Scalable BESS and microgrid deployments powered by solar and battery storage can get a facility running in months instead of years, letting data centers expand and go live long before traditional grid infrastructure catches up.
