Short Story

ReVolt Energy Systems began with one vision: to make energy storage smarter, lighter, and infinite. While the EV and electronics industry depend heavily on lithium-ion batteries, their short lifespan and heavy carbon footprint limit scalability. ReVolt developed micro lithium–air battery packs that react with atmospheric oxygen to generate power, offering 5× higher energy density and drastically lower production costs.

The prototype, built in collaboration with IIT Bombay, successfully powered small drones and EV scooters for nearly 1,000 charge cycles with minimal degradation. The innovation drew attention from sustainability experts and early-stage EV manufacturers seeking lighter alternatives.

But behind the scientific success lies a severe financial crisis. R&D costs have drained reserves, lab equipment leases are overdue, and without immediate capital, the team can’t complete its pilot manufacturing run. Two key engineers have already left, and the founders are funding operational costs through personal loans.

If given the support, ReVolt’s breakthrough could transform India’s renewable energy and EV ecosystem, reducing dependency on imports and positioning India as a global leader in sustainable power systems. Without it, the innovation will die in the lab—along with years of hard-earned progress.

ReVolt

by ReVolt

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, India

ReVolt

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Campaign Story

ReVolt Energy Systems began with one vision: to make energy storage smarter, lighter, and infinite. While the EV and electronics industry depend heavily on lithium-ion batteries, their short lifespan and heavy carbon footprint limit scalability. ReVolt developed micro lithium–air battery packs that react with atmospheric oxygen to generate power, offering 5× higher energy density and drastically lower production costs.

 

The prototype, built in collaboration with IIT Bombay, successfully powered small drones and EV scooters for nearly 1,000 charge cycles with minimal degradation. The innovation drew attention from sustainability experts and early-stage EV manufacturers seeking lighter alternatives.

 

But behind the scientific success lies a severe financial crisis. R&D costs have drained reserves, lab equipment leases are overdue, and without immediate capital, the team can’t complete its pilot manufacturing run. Two key engineers have already left, and the founders are funding operational costs through personal loans.

 

If given the support, ReVolt’s breakthrough could transform India’s renewable energy and EV ecosystem, reducing dependency on imports and positioning India as a global leader in sustainable power systems. Without it, the innovation will die in the lab—along with years of hard-earned progress.

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