We commissioned a study from the primary research company BloombergNEF to examine how data centres can provide grid auxiliary services to store renewable energy, in addition to the service many already provide by feeding waste heat into urban district heating systems.
The outcome was a report called Data Centres and Decarbonisation: Unlocking flexibility in Europe's Data Centres that revealed the potential availability of 16.9 GW of flexibility across the five of Europe’s largest markets.
The study, which we commissioned jointly with the Norwegian energy company Statkraft, will provide politicians and policymakers with information to aid their thinking on revisions to the Renewable Energy Directive (RED) and the Energy Efficiency Directive (EED).
In partnership with Microsoft, we have written a technical whitepaper explaining how the uninterruptible power supplies (UPS) in a data centre can act as source of fast frequency response to help the grid accommodate the intermittency associated with renewables.
As renewables replace fossil fuels, the inertia of rotating mass on the grid will disappear. By providing fast frequency response data centres could bridge that gap, ensuring smooth supply to customers.
Read more and download the report.
Grid-interactivity fundamentally alters the environmental impact of a data centre. By providing valuable electrical services to transmission system operators and the grid, data centres become an enabling mechanism in the energy transition.
Our EnergyAware UPS puts data centres operators in control of their energy by allowing them to choose how much capacity to offer, when, and at what price. They earn from their investment in our technology and become more sustainable by aiding renewable energy flow.
We are expanding our collaboration with Microsoft to accelerate applications of our EnergyAware UPS technology. Read our press release.