Delivering technology to accelerate the energy transition
The energy grid is changing.
We create working AI-solutions to help the energy industry adapt to cleaner, weather-dependent systems.
Our work
Our solutions make energy predictable, ensuring global electricity grids can run as cost-effectively and efficiently as possible.
A cutting-edge AI solar forecast that predicts solar energy generation from minutes to hours ahead.
Our unique innovation predicts cloud movements through satellite imagery, dramatically improving solar generation forecasts.
Built from the success of our solar forecast, discover how we’re revolutionising wind forecasting.
We're developing AI tools that locate rooftop solar generation and track electricity production.
Granular electricity and weather data is a vital part of the energy transition, but is often hard to access and difficult to use. We’re changing that.
Our Impact
We are laser-focused on delivering real world impact
0%
Reduction in forecasting errors
£0 million
annual cost savings
0 tonnes
reduction in carbon emissions
→ Equivalent to over 1 million cars removed from the road
Our Partners
Work like this has real impact—reducing forecasting errors and the need to keep costly fossil-fuel plants ticking over. Open Climate Fix’s nowcasting research has potential to further improve the forecasting capabilities of electricity system operators around the world."
Carolina Tortora
Head of AI, Digitalisation and Innovation, NESO UK
In the coming years, optimising and forecasting the use of renewable energy is going to be crucial to ensure that our management of these vital energy sources is efficient, helping the UK decarbonise faster."
Marc Deisenroth
Research Director, Google DeepMind
News
As an open source and open data non-profit, we focus on scalable impact, not just financial growth.
Our Vision
A world powered by clean and affordable energy.
What We Do
Build tools to efficiently run a renewable electricity grid
Bridge the gap between energy research and industry
Share knowledge openly
Our model