Turning Rust into
Limitless Renewable Energy
Iron
Air
Water
Iron-Air Batteries work on a Reversible Rusting reaction. During discharge, the battery breathes in oxygen to rust iron, releasing power. Charging reverses this reaction, restoring the iron.
Turning Rust into
Limitless Renewable Energy
Iron
Air
Water
Iron-Air Batteries work on a Reversible Rusting reaction. During discharge, the battery breathes in oxygen to rust iron, releasing power. Charging reverses this reaction, restoring the iron.
Turning Rust into
Limitless Renewable Energy
Iron
Air
Water
Iron-Air Batteries work on a Reversible Rusting reaction. During discharge, the battery breathes in oxygen to rust iron, releasing power. Charging reverses this reaction, restoring the iron.
Turning Rust into
Limitless Renewable Energy
Iron
Air
Water
Iron-Air Batteries work on a Reversible Rusting reaction. During discharge, the battery breathes in oxygen to rust iron, releasing power. Charging reverses this reaction, restoring the iron.
Turning Rust into
Limitless Renewable Energy
Iron
Air
Water
Iron-Air Batteries work on a Reversible Rusting reaction. During discharge, the battery breathes in oxygen to rust iron, releasing power. Charging reverses this reaction, restoring the iron.
Turning Rust into
Limitless Renewable Energy
Iron
Air
Water
Iron-Air Batteries work on a Reversible Rusting reaction. During discharge, the battery breathes in oxygen to rust iron, releasing power. Charging reverses this reaction, restoring the iron.
THE UNFAIR ADVANTAGE
16x Faster Charging than Traditional Iron-Air Batteries
Our breakthrough lies at the intersection of advanced electrode chemistry and nanomaterials science. By engineering a highly resilient conductive matrix, we accelerate oxygen exchange and rapidly reverse the rusting process. This enables a full charge in just 6 hours while completely preventing electrode degradation over thousands of cycles.
Our breakthrough lies at the intersection of advanced electrode chemistry and nanomaterials science. By engineering a highly resilient conductive matrix, we accelerate oxygen exchange and rapidly reverse the rusting process. This enables a full charge in just 6 hours while completely preventing electrode degradation over thousands of cycles.
CORE TECHNOLOGY
The Future of LDES
We envision a future where iron-air technology is the singular, definitive solution for all long-duration energy storage. While shorter-duration assets handle minor grid fluctuations, any utility or heavy industry requiring 12 to 24+ hours of continuous, multi-day discharge will rely entirely on iron-air. By scaling this abundant, ultra-low-cost chemistry, we are establishing the only battery the industry needs to completely replace fossil-fuel baseload power and fully firm the grid.
We envision a future where iron-air technology is the singular, definitive solution for all long-duration energy storage. While shorter-duration assets handle minor grid fluctuations, any utility or heavy industry requiring 12 to 24+ hours of continuous, multi-day discharge will rely entirely on iron-air. By scaling this abundant, ultra-low-cost chemistry, we are establishing the only battery the industry needs to completely replace fossil-fuel baseload power and fully firm the grid.
MAKE IN INDIA, FOR THE WORLD
what we do
India’s Answer to the Global Energy Security Question
True energy security requires a secure, unshakeable supply chain. Headquartered in the legendary industrial hub of Chennai, over 90% of our supply chain is entirely indigenous, spanning 10 major manufacturing states. We are harnessing India's vast manufacturing might to deliver the definitive grid-scale battery for the world.
True energy security requires a secure, unshakeable supply chain. Headquartered in the legendary industrial hub of Chennai, over 90% of our supply chain is entirely indigenous, spanning 10 major manufacturing states. We are harnessing India's vast manufacturing might to deliver the definitive grid-scale battery for the world.
