Artificial Intelligences Energy Paradox 2025
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Technological strategies
Several technological strategies can help enable
sustainable AI:
–Energy-efficient hardware (e.g. chips)
and models reduce electricity consumption
throughout the AI life cycle.
–Innovative, insulated building materials reduce
the need for heating, ventilation and cooling
(HVAC) efforts. –Data centre infrastructure management
software optimizes electricity use, improving
system operation and maintenance.
–Advanced cooling techniques can reduce
consumption, compared to traditional methods.
Featured technological use case TABLE 2
Virgin Media O2: AI-powered cooling optimization
Situation/context Approach Results
Virgin Media O2 partnered with EkkoSense
to improve data centre efficiency.Virgin implemented EkkoSense’s AI-
enabled approach to optimize thermal,
power and capacity performance across
20 data centres.Benefits included cooling savings worth over
£1 million per year, a 15% cooling electricity
reduction and a 760 tonnes of CO2 saving.
Operational strategies
Several operational strategies can also support
sustainable AI:
–Incorporating target end use (model
development versus training versus deployment)
into site selection helps optimize efficiency
based on workload.
–Using scalable building designs that grow
as demand increases mitigates oversizing. –Virtualization techniques reduce physical
server requirements and consumption.
–Temperature optimization and humidity
management reduce overcooling
and consumption.
–Dynamic power management adjusts processing
based on workload, reducing consumption.
Featured operational use case TABLE 3
SAP: Aiming for “green” data centres
Situation/context Approach Results
Green data centres are key to SAP’s
sustainability strategy.SAP data centres track resource use and
minimize waste by using thermal cameras
to optimize airflow and insulation, while also
implementing cool/hot aisle containment to
save energy.In 2023, SAP achieved carbon neutrality and
is now on track to achieve net zero along its
value chain by 2030.Source: Community consultation.
Source: Community consultation.
Artificial Intelligence’s Energy Paradox: Balancing Challenges and Opportunities
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