As the world is attempting to make a global effort to reduce waste and energy consumption, it is important to look closer to home and consider how we can do…

Wherever generative AI is deployed, it will change the IT ecosystem within the data centre. From processing to memory, networking to storage, and systems architecture to systems management, no layer of the IT stack will remain unaffected.

With the importance of data centres and supporting digital infrastructure growing ever-increasingly important — and demands on them growing at a similar rate. Data Centre Magazine compiles a list of the top 10, and we make the list at number 9!

Two of Africa’s biggest economies suffer regular power grid blackouts. South Africa continues to grapple with a formidable energy challenge caused by a strained and unreliable power grid prone to rolling outages.

With green hydrogen widely touted as the most desirable option for achieving climate change goals, the debate is heating up in the data centre sector where proponents of hydrogen believe it could well be an ideal primary power source for putting the sector on a path to net zero.

With green credentials that include the UK’s lowest carbon energy intensity, increasing access to RERs, low-cost land and political backing, are the pieces in place for Scotland to fulfil its data centre sector potential?

Whether it is microgrids, distributed energy resources (DERs), co-gen, grid-interactive, islanded or integrated (decoupled or coupled) – there is growing consensus that data centres will require onsite or locally generated power delivered through microgrids.

To say microgrids will become a feature of future large data centre design, would be to overlook the idea that technically most data centres of scale can be configured to operate as local microgrids.

Here, Ed Ansett, Founder of i3 Solutions, discusses everything you need to know about microgrids. This conversation covers how data centres will require onsite, or locally generated power delivered through microgrids.