Born to Empower. Built to Endure.
The World Has an Energy Storage Problem
EnerVenue is solving it with solutions built to match the 30-year horizon of energy infrastructure, and changing the economics of energy storage in the process.
The Challenge
Renewables, electrification, and AI are reshaping global energy demands, and the grid can't keep up.
Despite producing more energy than ever, grids across the world are struggling. Generating more energy isn't the answer. Storing and distributing it is, but the long-term infrastructure needed to do so remains the industry's most critical unsolved problem.
Today's most widely deployed battery solution, lithium-ion, was not built for the long-term requirements energy infrastructure poses. The clearest indication: Large scale energy infrastructure developers are actively searching for new solutions to replace lithium-ion ESS. This is not a generation problem. It is an endurance problem. And it is costing the industry billions.
This is not an energy production problem, it's a problem aligning demand with supply. Batteries that endure can solve it.
Our Solution
The solution already existed. We built the company to deploy it.
In the 1980s, NASA deployed nickel-hydrogen battery technology for missions where failure was not an option and replacement was nearly impossible. That chemistry powered the Hubble Space Telescope and the International Space Station for decades, accumulating more continuous operational hours than any other battery chemistry ever built.
Stanford University's Prof. Yi Cui—one of the world's preeminent material scientists—recognized that the same proven chemistry could be refined for grid-scale deployment at a fraction of its original cost. That research became EnerVenue.
Today, EnerVenue is an energy infrastructure company. Storage systems engineered for continuous operation, predictable performance, and an expected 30-year service life. Built for the future. Available now.
30YR
Design life
The Performance
A validated performance record.
Verified performance characteristics. The foundation of a stronger financial case.
30K+
Cycle design life
100%
Usable depth of discharge
3×
Daily cycles, with almost no degradation
Zero
Risk of fire from thermal runaway. Evidenced by results from UL9540A test procedures.
NO AUGMENTATION
NO COMPLEX THERMAL MANAGEMENT
NO AUXILIARY FIRE SUPPRESSION
Infrastructure Built to Last
One deployment. Thirty years. Less total capital. Lower OpEx. Protected revenue.
EnerVenue requires no major scheduled intervention over its 30-year design life. No augmentation cycles. No complex thermal management infrastructure. No auxiliary fire suppression systems. No dependence on constrained mineral supply chains. No single-country manufacturing dependency. The materials are abundant. The supply chain is global.
The technical case is built on operational proof. The financial case is built on a simple design that endures.
Born to Empower. Built to Endure.
Speak with an Advisor