RWE and Google have finalized a long-term power purchase agreement tied to a 155-megawatt solar photovoltaic project in Oklahoma, adding another utility-scale renewable energy commitment to the tech sector's growing clean power portfolio.

Deal Structure and Project Details

The agreement covers the full output of the Crooked Creek Solar project, an Oklahoma-based solar PV installation developed by RWE. Under the terms of the contract, Google will purchase power from the facility over a 15-year period. The deal represents a significant offtake arrangement, with Google absorbing the entirety of the project's generation capacity rather than a partial share.

RWE, one of Europe's largest renewable energy developers with an expanding presence in North American markets, is the developer behind the Crooked Creek facility. The project's 155 MW capacity places it in the utility-scale tier of solar development, capable of delivering meaningful generation volumes to support energy-intensive data center operations.

Oklahoma as a Renewable Energy Market

Oklahoma has emerged as an increasingly active state for large-scale renewable energy procurement, owing in part to its favorable wind and solar resources as well as its transmission infrastructure. Google's decision to source power from an Oklahoma-based project aligns with the state's broader role as a hub for both data center siting and renewable generation.

The Crooked Creek Solar project represents part of a broader wave of corporate renewable energy contracting, in which major technology companies use long-term PPAs to secure stable energy costs while meeting internal sustainability targets. By locking in 15 years of solar output, both parties gain pricing certainty over an extended horizon — the developer secures a reliable revenue stream to support project financing, while the buyer hedges against future power market volatility.

Corporate Renewable Procurement Context

Google has been among the most active corporate buyers of renewable energy globally, having pursued PPAs across multiple continents and generation technologies. Partnering with RWE on the Crooked Creek project continues that pattern of contracting directly with developers for dedicated project output rather than relying solely on retail green tariffs or renewable energy certificates.

RWE, for its part, has been expanding its renewables development pipeline in the United States as part of a broader strategic push away from fossil fuel generation in Europe and toward clean energy assets in growth markets. Securing a 15-year offtake agreement with a creditworthy counterparty such as Google provides the revenue visibility typically required to advance a project through construction financing.

The sources do not specify the commercial operation date for Crooked Creek Solar or whether the project is already under construction, nor do they detail the pricing terms of the PPA, which are standard omissions in such announcements given the commercially sensitive nature of contract rates.

Significance of the Agreement

At 155 MW, the Crooked Creek Solar project is large enough to represent a material addition to Oklahoma's solar generation fleet. The 15-year term of the PPA is consistent with industry norms for utility-scale solar offtake contracts, which typically require long contract durations to satisfy lenders and equity investors during project financing.

For Google, the agreement supports data center power needs in Oklahoma, where the company maintains operational infrastructure. Data centers are among the most electricity-intensive commercial facilities, and the pressure on operators to demonstrate low-carbon power sourcing has intensified as artificial intelligence workloads drive up energy consumption across the industry.

The Crooked Creek agreement reflects the continued convergence of technology sector demand and independent power producer supply chains in the U.S. renewable energy market, with long-term bilateral contracts remaining a primary mechanism through which both sides manage risk and support new project development.