By providing continuity across the full scope of data centre operations we can maximize our sustainable impact. This involves carefully identifying the areas where sustainability efforts can be best targeted to avoid wasting time and money unnecessarily.
For decarbonization to be successful we must understand, evaluate and optimize all aspects of a data centre's requirements from software all the way to ecosystem.
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Your software is defined by your business, be it cloud, high performance compute, artificial intelligence, etc.
Your software defines the hardware. CPUs and GPUs with different thermal design power, often today with extremely high demands for heat transfer. Plus the embodied carbon of IT equipment plays a significant role in data centre decarbonisation.
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Hardware defines the heat transfer approach:
We can harness the latest heat transfer technologies to drastically increase efficiency and open up the possibility of heat reuse.
Finally, the heat transfer approach defines the facility and data centre design. To accelerate the transfer from air cooling to liquid heat transfer we provide a modular approach to make the first, but a safe and reliable, step forward towards data centre decarbonisation.
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We must now think beyond just dissipating heat, how can the heat be recovered and reused to heat local infrastructure - combined heat and compute. Including for:
Small yet mighty, our team are world leading experts in their field.
Leading experts in data center decarbonization and heat reuse.
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