EnerVenue Launched Aqueous Metal Battery Storage Systems
The new Energy Core and Energy Cube units provide long-duration grid and UPS support using water-based chemistry.
Updated on Sept. 29, 2026 in Energy
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EnerVenue has released its Energy Core and Energy Cube storage products, which utilize Aqueous Metal Cell (AMC) technology to provide backup power. These systems are designed to offer an alternative to traditional lead-acid batteries for grid-scale and industrial applications.
Why it matters
These storage products aim to improve the safety and longevity of backup power systems by eliminating the risks of thermal runaway common in lithium-ion alternatives. The transition to water-based electrolytes provides a durable solution for high-cycle industrial needs.
The Energy Core unit offers a 30 kWh rated capacity with a 48V output, while the Energy Cube supports UPS systems ranging from 100KVA to 600KVA. Both products are built to operate within a temperature range of -10°C to +45°C without the need for auxiliary cooling systems.
The players
EnerVenue
A developer of stationary energy storage systems focused on scaling long-duration battery technologies for grid and industrial use.
The details
The systems leverage Aqueous Metal Cell chemistry, an approach that replaces volatile organic electrolytes with a water-based medium to prevent thermal runaway — a dangerous condition where a battery's temperature rises uncontrollably. Each unit integrates a battery management system (BMS) with TCP/Modbus communication protocols for remote monitoring. The hardware is encased with IP20 protection and meets UL 9540A, UL 1973, and IEC 63115-2 certification standards for stationary energy storage safety.
Timeline
EnerVenue announced the products on September 29, 2026.
The Tech Race
The introduction of AMC technology positions EnerVenue as a challenger to established lead-acid and lithium-based backup power markets. This development follows a broader industrial trend of moving toward aqueous-based battery designs to reduce fire risk and maintenance overhead.
Industrial and grid operators can utilize these systems to support up to three cycles per day with minimal temperature management requirements. These products are intended for immediate professional implementation in UPS environments requiring high-cycle stability.
The takeaway
EnerVenue's shift toward water-based electrolytes indicates a hardening trend in the industry toward non-flammable, long-duration energy storage. Watch for the first real-world site performance data to verify if the 30-year design life holds under actual field operating conditions.
Further reading
For more on the evolution of industrial power solutions, see our coverage of Energy.
Source note: This article includes information reported by SolarQuarter.
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Should critical infrastructure providers prioritize newer battery technologies over traditional lead-acid systems?
