The agreement focuses on the Crooked Creek solar project, a major infrastructure development situated in McCurtain County, Oklahoma. Under the terms of the deal, RWE will develop, build, and operate the facility, while Google will consume 100% of the electricity produced to support its growing operations within the Southwest Power Pool (SPP) footprint. This regional grid covers a vast area of the central United States, and the infusion of 155 MW of clean energy is expected to enhance the stability and sustainability of the local power supply.
Project Timeline and Construction Milestones
The Crooked Creek solar project is moving toward an accelerated development phase following the finalization of this PPA. According to RWE’s development schedule, construction is slated to commence in late 2026. The construction phase is expected to be a period of intense activity, requiring roughly 18 to 24 months to reach completion.
Commercial operations are currently scheduled to begin in 2028. Once the facility is fully energized, it will contribute a steady stream of carbon-free electricity to the SPP grid for at least a decade and a half. This timeline aligns with Google’s broader strategy to match its hourly electricity consumption with regional carbon-free energy sources, a goal the company hopes to achieve globally by 2030.
Local Economic Impact and Community Investment
Beyond the environmental benefits, the Crooked Creek project is poised to serve as a primary economic engine for McCurtain County and the surrounding Oklahoma region. RWE has released detailed projections regarding the fiscal and social contributions of the project, highlighting both short-term construction benefits and long-term operational revenue.
During the peak of the construction phase, the project is expected to support approximately 250 jobs, providing a significant boost to local employment in the specialized fields of electrical engineering, civil construction, and renewable energy technology. RWE estimates that the construction activities alone will generate $24.3 million in local economic activity, as workers utilize local services, housing, and retail.
Furthermore, the state and local governments are expected to receive approximately $1.4 million in tax revenue during the initial development phase. However, the most substantial fiscal impact will be felt over the life of the project. RWE projects that the Crooked Creek facility will generate an estimated $25 million in total revenue for McCurtain County over its operational lifespan. These funds are earmarked for critical community services, including:
- Public Education: Significant funding will be directed toward the Broken Bow School District and regional technology education centers, helping to train the next generation of workers for the evolving energy economy.
- Emergency Services: Local emergency medical services (EMS) and fire departments will receive budgetary support to improve response times and equipment.
- County Infrastructure: General county programs will benefit from the tax base expansion, allowing for improvements in roads, public facilities, and social services.
Google’s Strategic Energy Pivot
The partnership with RWE comes at a critical juncture for Google. As the company aggressively expands its artificial intelligence (AI) capabilities, its demand for electricity has reached unprecedented levels. Google’s most recent Environmental Report revealed a staggering 37% increase in electricity demand in 2025 alone, driven largely by the massive energy requirements of the data centers necessary to train and run large-scale AI models.
Despite this surge in demand, Google has managed a 2% reduction in its Scope 1 and Scope 2 greenhouse gas emissions. The company attributes this success to its aggressive clean energy procurement strategy. By signing long-term PPAs like the one with RWE, Google is able to "decouple" its operational growth from its carbon footprint.
However, the path forward is not without obstacles. Google’s leadership has acknowledged that its "moonshot" goal of operating on 24/7 carbon-free energy (CFE) is becoming increasingly difficult to attain. While the company is successfully purchasing enough renewable energy to match its annual use, the challenge lies in ensuring that clean energy is available every hour of every day in every region where they operate. The AI infrastructure buildout is currently moving faster than the general decarbonization of the national power grids, leading to a rise in Scope 3 (value chain) emissions.
Official Perspectives on the Partnership
Leadership from both RWE and Google emphasized the dual benefits of the agreement: advancing corporate sustainability while fostering domestic energy independence and economic growth.
Ingmar Ritzenhofen, Chief Commercial Officer at RWE Americas, highlighted the collaborative nature of the project. “Crooked Creek Solar demonstrates how strategic partnerships can accelerate new energy development while creating jobs, generating local tax revenue, and strengthening communities,” Ritzenhofen stated. He noted that the project is a testament to the viability of “affordable, American-made energy” in the transition away from fossil fuels.
Will Conkling, Director of Energy and Power at Google, reinforced the company’s commitment to grid stability. “Supporting a strong, stable, affordable grid is a top priority as we expand our infrastructure,” Conkling said. He added that the agreement with RWE adds "critical new generation to the local system," which not only benefits Google but also increases the reliability of the power supply for all residents in Oklahoma and the broader region.
The Role of the Southwest Power Pool (SPP)
The Crooked Creek project is strategically located within the SPP, a regional transmission organization that manages the electric grid and wholesale power market for the central United States. The SPP has historically been a leader in wind energy integration, but solar projects like Crooked Creek are becoming increasingly vital to provide a more balanced renewable energy mix.
Solar power provides a diurnal generation profile that complements the SPP’s heavy wind capacity, which often peaks at night. By adding 155 MW of solar capacity, the project helps mitigate the intermittency of renewables, providing power during peak daylight hours when demand—particularly from cooling systems and industrial operations—is often at its highest.
Broader Industry Implications and Market Analysis
The Google-RWE deal reflects a broader trend in the corporate energy sector. Large technology firms—often referred to as "hyperscalers"—have become the primary drivers of the renewable energy market in the United States. According to industry analysts, corporate PPAs now account for a substantial portion of new solar and wind installations.
There are several strategic reasons for this trend:
- Price Hedging: Long-term PPAs allow companies to lock in electricity rates for 10 to 20 years, protecting them from the volatility of natural gas and wholesale electricity markets.
- Additionality: By signing a PPA for a new project like Crooked Creek, Google ensures that its investment is directly responsible for adding new clean energy to the grid, rather than simply buying credits from existing facilities.
- ESG Compliance: Institutional investors are increasingly demanding clear, data-driven evidence of carbon reduction. Direct PPAs provide the most transparent and defensible method for achieving these targets.
For RWE, this deal underscores its successful pivot toward the U.S. market. As one of the world’s leading renewable energy companies, RWE has aggressively expanded its U.S. portfolio, aiming to capitalize on the incentives provided by federal policies such as the Inflation Reduction Act (IRA). The Crooked Creek project serves as a blueprint for how international energy firms can successfully navigate local U.S. permitting and community relations by emphasizing local economic dividends.
Conclusion and Future Outlook
The 15-year agreement between Google and RWE for the Crooked Creek solar project represents more than just a standard business transaction; it is a microcosm of the current global energy transition. It illustrates the tension between the exponential growth of the digital economy and the urgent need for environmental stewardship.
As construction begins in late 2026, the industry will be watching closely to see if this project can meet its 2028 operational target. If successful, Crooked Creek will not only power Google’s servers but will also provide a blueprint for how the technology sector can support the modernization of the American power grid. For McCurtain County, the project promises a future of fiscal stability and educational support, proving that the shift to green energy can be as much about economic renewal as it is about climate mitigation.
