Energy-efficient design and operation
Promoting efficient buildings, cooling systems, servers and software, and transparent measurement of energy performance.
Focus area
Advancing digital infrastructure that is energy-efficient, powered by renewable energy, conscious of water use, circular and resilient.
Data centers and networks form the physical backbone of the digital economy. Every online service, every stored file and every AI model depends on infrastructure that requires electricity, cooling, water, land and hardware made from finite materials.
As demand for digital services continues to grow, the way this infrastructure is designed, powered and operated has a direct bearing on energy systems and the environment. Data centers can also be part of the solution: they can run on renewable energy, supply waste heat to nearby buildings, operate flexibly in support of electricity networks and extend the life of their equipment.
The Foundation seeks to support knowledge, dialogue and good practice that help digital infrastructure become efficient, low-carbon, resource-conscious and resilient across its entire life cycle.
Sustainable digital infrastructure requires attention to the whole system, from power supply and cooling to hardware and long-term resilience.
Promoting efficient buildings, cooling systems, servers and software, and transparent measurement of energy performance.
Encouraging data centers to source renewable electricity credibly and to align their operations with its availability.
Supporting the reuse of waste heat by local networks and buildings, and cooling approaches that use water responsibly.
Advocating longer hardware life, refurbishment and responsible recycling, alongside infrastructure designed to withstand disruption.
A sustainable data center uses energy efficiently, sources its electricity from renewable energy, manages water carefully and makes the most of its waste heat. It also extends the life of its hardware and plans for resilience. The Foundation encourages looking at all of these aspects together rather than focusing on a single metric.
Servers produce heat that is usually removed by cooling systems and released into the environment. Where suitable infrastructure exists, this heat can be captured and supplied to district heating networks, buildings or other local users. Making this possible often depends on early planning and cooperation between operators and local partners, which the Foundation seeks to encourage.
Manufacturing servers, storage and network equipment requires energy and raw materials, some of which are scarce. Extending equipment life, refurbishing and reusing components and recycling materials responsibly can reduce this burden. The Foundation regards circular hardware practices as an essential complement to operational efficiency.
The Foundation welcomes dialogue with operators, researchers, public authorities and others working towards more sustainable digital infrastructure.
In practice
Projects and initiatives will be published here as they are launched.
Insights
Updates, announcements and articles will appear here as they are released.
Focus areas
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