Flint Paper Battery.
Safe, Sustainable,
Scalable.
Inspired by Nature, For our Planet.
We’re here to
build the world’s most sustainable battery.
To help accelerate the world’s transition to green energy.
And we believe the answer to that lies in nature. That’s why we’ve harnessed the power of renewable materials and biomimicry to create batteries that are not just functional but harmonious with the planet. At Flint, innovation and sustainability go hand in hand—building a greener, brighter future together.
But Why?
Depleting Critical
Resources
Today's batteries rely on scarce materials like lithium and cobalt, mined unsustainably and with limited availability.
High Costs,
Limited Access
The expensive production of traditional batteries keeps renewable energy solutions out of reach for many.
Safety Risks You
Can't Ignore
Leaking chemicals, overheating, and explosions make current batteries a hazardous choice for everyday use.
Recycling That Just
Isn’t Working
Inefficient and energy-intensive recycling processes mean most batteries end up polluting the planet.
Is this really how we want to power the future of green energy?
A revolutionary water-based, rechargeable battery technology, developed from the ground up with sustainability at its core. Built with renewable and non-toxic materials, it offers high performance with a lower carbon footprint. Flint Paper Battery reduces the green premium and is fully compostable at the end of its lifecycle—redefining what it means to power a sustainable future.
As seen in
No Lithium. No Cobalt. No Nickel.
100% Renewable Materials.
Leak-proof.
Fire Resistant.
Lower Carbon Footprint.
Scientific Breakthrough
When we started, the science did not exist.
Flint Paper Battery is a leap forward in energy storage technology—combining cutting-edge scientific advancements with sustainable innovation to create a solution that the world has been waiting for.
Traditional batteries pose significant safety risks, such as sparking, overheating, or even exploding when punctured or damaged. Flint Paper Battery changes the game. In this video, you’ll see it power a fan even as it’s cut in half—without a single spark or temperature rise.
This is a breakthrough in battery safety, making it ideal for everyday use and high-risk environments alike.
Fire is one of the biggest threats to traditional batteries, which can ignite or release toxic fumes under high heat. Flint Paper Battery rewrites the rules. This video demonstrates how its non-flammable, non-toxic components can endure direct flames without burning or emitting harmful substances.
It’s a major step forward in creating safe, sustainable energy solutions for a variety of applications.
Where can our
batteries be used?
From powering everyday devices to enabling groundbreaking innovations, our batteries redefine what’s possible across industries. Explore the versatility of Flint and see how we’re shaping the future of energy.
Energy Storage Systems
Power homes, businesses, and entire grids with safe, sustainable energy storage systems tailored for renewable energy.
Consumer Electronics
Power your everyday devices with eco-friendly batteries that are safe, reliable, and designed to reduce environmental impact.
Space Tech Applications
Flint’s durability and safety make it the ideal choice for satellites, spacecraft, and other space technologies.
Medical Technologies
Designed to meet the rigorous safety and performance demands of medical devices, Flint batteries provide peace of mind for healthcare innovations.
Remote Sensors & IoT
Our batteries deliver consistent performance for remote and Internet of Things (IoT) devices, even in challenging environments.
Wearable Technologies
Lightweight, flexible, and sustainable—perfect for the next wave of wearable innovations.
Deep Dive into our
Science & Technology
Inspired by Nature, Perfected by Science.
For the curious minds and tech enthusiasts, here’s a closer look at the groundbreaking science and engineering powering Flint Paper Battery.
Still have questions?
What inspired the creation of Flint Paper Battery?
How are Flint Paper Batteries manufactured?
How long do these batteries last compared to regular ones?
How does the composting of Flint’s paper battery work?
What are you waiting for?
The Climate Clock below reminds us how urgent it is to transition to green energy.
It counts down the time remaining to limit global warming to 1.5°C—the critical threshold to avoid the most severe consequences of climate change. Alongside the countdown, it highlights the progress we’re making in adopting renewable energy, offering hope amidst the challenge.