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Google’s February 1, 2024, agreement supports 478 megawatts of offshore wind across two projects in the Dutch North Sea. Google described it as its largest offshore-wind procurement commitment at the time—not the world’s largest wind farm. The deal can add new carbon-free generation to the grids serving Google’s Dutch operations, but it does not deliver dedicated electricity to the company or, by itself, meet Google’s 2030 goal of matching electricity use with carbon-free energy every hour in every grid where it operates.
What Google signed
Google signed power-purchase agreements (PPAs) with Shell and Eneco supporting two Dutch offshore wind projects: HKN V, developed by the CrossWind joint venture, and HKW VI, developed by Ecowende. The agreements cover a combined 478 MW of capacity. Google’s announcement described the projects as subsidy-free; that is the company’s characterization, not an independent assessment of every public framework or infrastructure contribution involved.
The projects are in the Dutch North Sea, near the electricity system where Google has data centers and offices. Google estimated that together they could contribute about 6% of the Netherlands’ annual electricity consumption. That is an estimate about the projects’ potential national contribution, not Google’s share of their output. The two wind agreements were part of a wider package of more than 700 MW in clean-energy agreements announced for the Netherlands, Italy, Poland and Belgium. Google also projected that its Dutch operations would exceed 90% carbon-free energy in 2024, counting these agreements alongside earlier PPAs; that was a projection for one country, not a verified result for Google worldwide. Google’s February 2024 announcement
What “largest” means
The 478 MW is Google’s combined procurement commitment across two projects. “Largest” refers to the size of Google’s offshore-wind deal announced to that date. It does not mean Google bought or operates a single wind farm of that size, or that the projects are the largest offshore wind farm in the world.
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How a wind PPA works—and what it does not mean
A PPA is a contract, not a private power line. Wind turbines generate electricity when conditions allow, and that power enters the regional grid. Google’s facilities draw electricity from the interconnected grid, where generation comes from many sources. The contract can give a project a buyer and revenue certainty, and it may allocate energy and environmental attributes to Google, but it does not establish that the same electrons travel from those turbines to Google’s buildings.
- The wind farm generates electricity when wind conditions permit.
- The electricity enters the regional grid and mixes with power from other generators.
- Google’s facilities draw electricity from that grid as needed.
- The PPA provides contractual and financial support for the projects; the treatment of energy and environmental attributes depends on the contract.
- Google’s hourly carbon-free-energy result depends on consumption timing, the local grid and the clean energy it attributes to that grid.
Google’s regional carbon methodology considers both electricity consumption and generation on the relevant grid, including clean-energy production attributed to Google. This is why a PPA can help support new supply without guaranteeing round-the-clock carbon-free electricity at a particular facility.
Why offshore wind matters to Google
Large offshore projects can add substantial generation to a grid that serves major electricity users. A long-term corporate contract can help developers secure revenue and can give a buyer more visibility into energy costs. Google has said its procurement strategy aims to support new projects and add clean supply to the grids where it consumes power, rather than relying only on certificates associated with existing generation. Google’s explanation of its renewable-energy procurement approach
The local connection matters: clean generation on the Dutch grid is more relevant to Google’s Dutch electricity use than a project on a distant grid. But offshore wind output varies by hour and season. A project’s 478 MW is its capacity, not a promise that it will produce 478 MW continuously or a measure of annual electricity delivered to Google.
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There are also development and system constraints. Offshore projects depend on construction, turbines, cables, vessels, financing, permits and grid connections; actual output can differ from contracted expectations. “Subsidy-free” does not mean a project exists apart from public permitting, transmission and regulatory systems. Offshore development can raise broader questions about marine ecosystems, fisheries, shipping, seabed use and transmission; the available project announcement does not establish specific impacts for HKN V or HKW VI.
How the deal relates to Google’s 2030 target
Google’s stated goal is to match its electricity consumption with carbon-free energy every hour, every day, in every grid where it operates by 2030. It is commonly called 24/7 carbon-free energy (CFE). The Dutch PPAs are one piece of that effort: they support generation in a grid where Google has load, but do not show that Google has achieved hourly matching in the Netherlands, much less across its global operations. Google’s 24/7 CFE explanation
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Annual renewable-energy matching and hourly CFE answer different questions. Google’s 2026 environmental reporting says the company matched 100% of its electricity consumption with renewable-energy purchases for the ninth consecutive year through its 2025 reporting period. That annual accounting result does not mean every facility physically consumed renewable electricity in every hour. The 24/7 goal addresses the timing and location of generation as well as the annual total.
| Measure | What it describes |
|---|---|
| Annual renewable matching | Renewable-energy purchases match electricity consumption over a year; this does not establish hourly supply. |
| 24/7 carbon-free energy | Carbon-free supply is matched to electricity consumption every hour in each operating grid. |
| Physical grid electricity | The electricity a facility draws from its connected grid, which may include generation from multiple sources. |
Wind is therefore one part of a portfolio, not a standalone solution. Hourly matching can also require solar, storage, firm clean generation such as geothermal or nuclear where available, demand flexibility, transmission and changes that make grids easier to connect and balance.
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1Fix the driver behind crashes, sound loss and screen glitches2Repair Windows errors before they cause bigger problems3Scan for outdated or missing drivers - takes under a minuteWhat Google’s 2026 update says about progress
Google’s 2026 environmental reporting, covering 2025 performance and published in June 2026, shows much larger procurement activity but also a harder path to the target. Google reported more than 12 GW of net-new clean energy contracted in 2025 and nearly 35 GW across more than 240 clean-energy purchase agreements from 2010 through 2025. Contracted capacity is not the same as electricity already generated: Google’s report notes that totals can change because of project modifications, terminations or performance.
The company also reported a 2% year-over-year reduction in operational emissions in 2025, alongside the ninth consecutive year of annual renewable matching. At the same time, Google said its AI infrastructure buildout was accelerating faster than grid decarbonization, making its climate targets harder to reach. It cited grid-connection delays, fragmented markets, supply-chain constraints and regulatory bottlenecks as obstacles. Google’s 2026 Environmental Report announcement and the report’s sustainability page.
The broader figures describe Google’s company-wide procurement and emissions, not the performance of HKN V or HKW VI. The available reporting does not establish that the two Dutch projects are fully operational, that they delivered their full contracted volume, or that they alone produced Google’s reported progress.
What the deal does—and does not—prove
- It does: represent a substantial corporate commitment supporting two new offshore wind projects on a grid relevant to Google’s Dutch operations.
- It does not: mean Google owns the wind farms, receives their electricity through a dedicated connection, or has reached 24/7 CFE globally.
- It cannot show on its own: how much the agreements reduce Google’s emissions; no project-specific emissions reduction is established by the announcement.
The Dutch agreements are a meaningful building block in Google’s clean-energy strategy. Their significance ultimately depends on projects being built and generating power, how that supply lines up with Google’s hourly demand, and whether clean generation and grid capacity can expand as fast as electricity use rises.
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