Google Partnership to Confront Data Centre Energy Challenges

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The partnership aims to reduce transmission requirements by positioning data centre infrastructure adjacent to new power generation sites
Intersect Power and TPG Rise Climate are joining forces with the technology giant Google to develop co-located clean energy facilities for data centres

Technology corporation Google has partnered with renewable energy developer Intersect Power and climate investment firm TPG Rise Climate to establish industrial parks combining data centres with clean power generation facilities.

The partnership aims to reduce transmission requirements and operational timelines by positioning data centre infrastructure adjacent to new power generation sites.

Ruth Porat, President and Chief Investment Officer at Alphabet and Google, says the initiative will “synchronise new clean power generation with data centre growth in a novel way, whilst “enabling US leadership in AI development.”

Ruth Porat, President & Chief Investment Officer, Alphabet and Google

Such a collaboration includes direct capital investment in Intersect Power from Google, TPG Rise Climate and additional investors. 

The first phase of the first co-located clean energy project is scheduled to begin operations in 2026, with full completion expected in 2027.

Infrastructure delays impact US data centre growth

Current US power project development cycles have extended from under two years in 2000-2007 to more than four years for projects completed between 2018-2023, according to project data.

Robert Little, Sustainability Strategy Lead for Google's gTech division, says: “More than four years — that's how long it takes to build power projects in the US, more than double the time it took just 15 years ago.”

Robert Little, Sustainability Strategy Lead – gTech, Google

The extended timeline creates challenges for regional grid operators facing capacity constraints and transmission bottlenecks.

Robert notes: “This lag in electricity grid planning, coupled with the urgent need for sustainable solutions, presents a significant challenge to economic growth.”

As a result, the partnership will see Intersect Power constructing clean energy facilities in strategic locations. Google will function as an anchor tenant in the accompanying industrial parks, providing guaranteed power purchase agreements for the new generation capacity.

The development model aims to address US grid planning limitations, which Ruth notes are “unable to accommodate load increases” in multiple regions.

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Jim Coulter, Executive Chairman of TPG and Managing Partner of TPG Rise Climate, adds: “The convergence of two megatrends – decarbonisation and digitisation – is creating unique opportunities for innovative partnerships.

“Bringing together a leading carbon-free power producer, one of the world's largest hyperscalers and the leading private equity investor in climate solutions to capitalise on this opportunity, we are committed to delivering carbon-free data centres at lower cost and greater scale.”

Grid planning challenges

Google’s partnership announcement comes as the company is eager to continue capitalising on the power of AI, whilst also seeking to bring its emissions down.

Economic forecasts project AI implementation could contribute more than one trillion dollars annually to US GDP by 2030, according to data referenced by Google executives. Likewise, the initiative anticipates additional economic catalysts from manufacturing operations returning to US locations and increased electrification across transport and building sectors.

“This innovative approach synchronises clean power generation with data centre growth, ensuring reliable and carbon-free energy for AI,” Rob says, adding that the strategy “reduces the timeline to operation by bringing data centres online alongside their dedicated power source.”

Google

Ruth highlights current infrastructure limitations affecting project development, suggesting: “Many regional grids face generation capacity and transmission bottlenecks, leaving them unable to accommodate load increases.”

The co-location strategy from Google aims to minimise requirements for new transmission infrastructure by positioning data centres at power generation sites.

“Once built, this means the Google data centre would come online alongside its own clean power, bringing new generation capacity to the grid to meet our load, reduce time to operation and improve grid reliability,” Ruth explains.

“These profound opportunities require expanding electricity capacity with reliable, secure power sources. But to capture the upside, the public and private sector each need to do their part to support the development of job-creating power infrastructure.”


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