Unlocking Energy Data
Global net-zero ambitions are hindered by a lack of access to crucial datasets, frustrating AI's potential.
Across the global energy sector, net-zero ambitions and AI innovation are being held back by a critical lack of accessible and high-quality data.
This stems from outdated regulations and a fragmented data landscape, where essential information is either locked within private companies or simply not collected.
As renewable power grows, electricity grids are shifting from a handful of fossil-fuel generators to millions of distributed energy sources powered by the sun and wind. Managing this requires real-time, AI-driven decisions.
At Open Climate Fix, we are working with partners across the energy and climate industries to drive forward energy data transparency; by building open tools, making complex data easily accessible and advocating for closed datasets to be made open.
We are democratising access to energy and weather data by allowing thousands of researchers, data scientists and start-ups over the world to create innovative data-centric solutions to operate a renewable electricity grid more efficiently.
Impact
Transforming the Sector: One dataset at a time
0TB+
of data open-sourced
Our Partners
Case Studies
UK Energy Data Transparency
We believe the lack of legislation around open data is a serious obstacle in the UK’s journey to net zero.
Working with partners across industries, we are advocating for legislation from the UK government that mandates the release of key energy datasets, whilst ensuring they are appropriately managed and anonymised.
More of our projects
A cutting-edge AI solar forecast that predicts solar energy generation from minutes to hours ahead.
We’re developing AI tools to predict unmetered renewable generation and track the electricity it produces.
Built from the success of our solar forecast, discover how we’re revolutionising wind forecasting.
Our unique innovation predicts cloud movements through satellite imagery, dramatically improving solar generation forecasts.