Everyone's talking about going green, but here’s the catch. We're not able to store our renewable energy long enough, in a cost effective way, for when and where we really need it.
When there’s no wind or sun, fossil fuel power plants fill in the gap in electricity demand. We need long duration energy storage to solve this problem and fully switch to renewables.
To use batteries at scale, they need to become cheaper to produce - without any of the environmental side effects.
...we could create long-durationenergy storage, just by using abundant materials?
Ore Energy isn't just imagining this – we’re making it happen. We’re building a truly affordable, easy-to- scale, long-duration battery.
Yes, stuff you can find everywhere around the planet. For only a fraction of the cost of current batteries.
Ore Energy isn't just imagining this – we’re making it happen. We’re building a truly affordable, easy-to-scale, long-duration battery.
Yes, stuff you can find everywhere around the planet. For only a fraction of the cost of current batteries.
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Ore Energy isn't just imagining this –
we’re making it happen.
Yes, stuff you can find everywhere around the planet.
For only a fraction of the cost of current batteries.
THE
How do we do it? It’s almost like magic!! Think reversible rusting and unrusting. To discharge, the battery breathes in air and turns metallic iron into rust. And when it's time to charge, the battery breathes out the air and goes back to being metallic iron.
Our batteries are modular, which makes them easily scalable and low maintenance.
Because of the natural materials we use, our batteries are also recyclable and non-flammable.
Next year, we will connect our first batteries to the grid.
In 2027, we will produce at large scale.
In 2030, we will help to fully decarbonize the grid.
How do we do it? It’s almost like magic!! Think reversible rusting and unrusting. To discharge, the battery breathes in air and turns metallic iron into rust. And when it's time to charge, the battery breathes out the air and goes back to being metallic iron.
Our batteries are modular, which makes them easily scalable and low maintenance.
Because of the natural materials we use, our batteries are also recyclable and non-flammable.
Next year, we will connect our first batteries to the grid.
In 2027, we will produce at large scale.
In 2030, we will help to fully decarbonize the grid.
THE
How do we do it? It’s almost like magic! Think reversible rusting and unrusting. To discharge, the battery breathes in air and turns metallic iron into rust. And when it's time to charge, the battery breathes out the air and goes back to being metallic iron.
Our batteries are modular, which makes them easily scalable and low maintenance.
Because of the natural materials we use, our batteries are also recyclable and non-flammable.
How do we do it? It’s almost like magic!! Think reversible rusting and unrusting. To discharge, the battery breathes in air and turns metallic iron into rust. And when it's time to charge, the battery breathes out the air and goes back to being metallic iron.
Our batteries are modular, which makes them easily scalable and low maintenance.
Because of the natural materials we use, our batteries are also recyclable and non-flammable.
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