Demand for urban storage is high, but available land and safe indoor space are scarce.
Opposition to hazardous battery chemistries slows deployment, often stalling projects entirely due to valid safety concerns.
Regulators mandate electrification, yet compliance strategies remain limited without safe, viable energy storage.
Finally, A Real Battery Solution for Cities
Compact and safe enough for rooftops, mechanical rooms, and basements to optimize high-value real estate.
Relieve community safety concerns by deploying batteries certified as non-flammable and non-toxic.
Non-flammability clears strict safety codes, helping building owners hit mandates and emissions targets much faster.
Critical resiliency provides secure power for dense urban buildings during grid failures or emergencies.
Reduce demand charges and stress on aging city infrastructure by managing high-load periods.
Efficient storage maximizes rooftop solar value in space-constrained environments where traditional batteries cannot fit.
Demand for urban storage is high, but available land and safe indoor space are scarce.
Opposition to hazardous battery chemistries slows deployment, often stalling projects entirely due to valid safety concerns.
Regulators mandate electrification, yet compliance strategies remain limited without safe, viable energy storage.
Finally, A Real Battery Solution for Cities
Compact and safe enough for rooftops, mechanical rooms, and basements to optimize high-value real estate.
Relieve community safety concerns by deploying batteries certified as non-flammable and non-toxic.
Non-flammability clears strict safety codes, helping building owners hit mandates and emissions targets much faster.
Critical resiliency provides secure power for dense urban buildings during grid failures or emergencies.
Reduce demand charges and stress on aging city infrastructure by managing high-load periods.
Efficient storage maximizes rooftop solar value in space-constrained environments where traditional batteries cannot fit.