American Electric Power (AEP), a major U.S. utility company, has announced plans to develop a 702MW fuel cell power facility near Cheyenne, Wyoming, to provide electricity for Google. Announced on the 14th, the project represents an investment of approximately $4 billion and is intended to address rising electricity requirements associated with the expansion of AI and cloud services.

The facility will operate as a dedicated power source for Google under a 20-year power purchase agreement (PPA), ensuring a long-term arrangement for electricity supply. Construction is scheduled to begin in 2026, with full-scale operation targeted by the end of 2028. Under the agreement, Google will purchase the electricity generated at the plant, while AEP will develop and own the generation assets. This arrangement allows AEP to retain ownership of the infrastructure and secure demand and revenue through the long-term contract, rather than transferring ownership of the power plant to Google. The proposed fuel cell power facility is part of a model in which utilities develop dedicated generation infrastructure to meet the requirements of major electricity consumers.

The meeting covered the company’s domestic and international growth strategy, production and technological capabilities, financial outlook and future targets. Hosted by Kalyon PV Chair Murathan Kalyoncu, the event brought together investors and analysts, who also toured the factory to observe the manufacturing process, covering the production of ingots, wafers, solar cells and panels.

According to the company, the planned investment will involve a U.S.-based partnership in which Kalyon PV will hold a majority stake. The company has already completed the establishment of its U.S. entity. The proposed U.S. production facility is expected to manufacture solar panels and other products for the solar energy industry while complying with applicable U.S. regulations and domestic-content requirements. Kalyon PV also intends to establish sales and marketing operations in the country, allowing it to serve customers in the U.S. market directly.

U.S. Incentives Support Manufacturing Investment

The United States has become an important market in Kalyon PV’s international growth strategy, supported by increasing solar energy investment, rising demand and incentive mechanisms designed to encourage domestic production. The company’s investment plans are also based on U.S. targets to substantially expand installed solar capacity by 2035 and the advantages available to local manufacturers.

To support the proposed U.S. production facility, Kalyon PV is working with a U.S.-based consultancy on tax, legal and investment matters. The company expects to pursue federal tax incentives alongside economic development incentives available at state and local levels. These measures form part of its strategy to establish manufacturing operations in the country and expand its presence in the U.S. solar energy market.

Kalyon PV Enters a ‘New Era’ of International Growth

Kalyoncu said Kalyon PV intended to extend the manufacturing experience and capabilities it had developed in Türkiye to international markets. “Since our establishment, we have manufactured panels to meet the needs of our industry, particularly for the Kalyon Karapınar Solar Power Plant, one of Europe’s largest and among the world’s leading solar power plants,” he said. He also highlighted the company’s continued investments in research and development, technology and human resources, which he said had enabled Kalyon PV to achieve a series of milestones.

Describing the company’s next phase of development, Kalyoncu said, “Today, we are entering a new era in which we will take the experience and manufacturing strength we have built in Türkiye to global markets.”

“The company we have established in the United States is an important step in our international growth strategy,” he added.

Kalyoncu added that every new investment strengthens the company’s production capabilities, while each additional market supports its broader global expansion strategy. The establishment of the U.S. production facility represents a further step in Kalyon PV’s efforts to extend its manufacturing operations beyond Türkiye and serve international markets directly.

The DOE said the Vistra nuclear fleet investment supports President Trump’s Executive Order ‘Reinvigorating the Nuclear Industrial Base’ and represents another significant step toward restoring American nuclear leadership.

“President Trump promised to unleash an American nuclear renaissance, and the Energy Department is delivering,” said U.S. Secretary of Energy Chris Wright.

The projects are expected to preserve nearly 4 gigawatts (GW) of reliable baseload power, enough to power more than 3 million homes, while adding 433 megawatts (MW) of new nuclear capacity. Through Vistra nuclear fleet modernization, the projects are also expected to address growing electricity demand in Pennsylvania, Ohio, and across the PJM region. The investment will support approximately 3,000 project-related jobs in engineering, construction, and planned outage work, while preserving thousands of permanent, well-paying jobs.

Nuclear Uprates to Extend Existing Plant Operations

Vistra’s planned investments at Beaver Valley in Pennsylvania and Davis-Besse and Perry in Ohio are designed to increase electricity production from existing nuclear plants. The projects will do so without requiring new transmission corridors or equivalent new generation resources. They are also intended to support the operation of the plants for an additional 20 years beyond their existing licenses. The EDF conditional loan commitment includes an option to finance potential future uprates at Vistra’s Comanche Peak Nuclear Power Plant in Texas.

“President Trump and Secretary Wright have set a clear direction for America’s nuclear future, and EDF is financing the projects that advance that mission,” said EDF Director Gregory A. Beard.

“These investments will extend the life of existing reactors, increase nuclear generation, and deliver abundant, around-the-clock power to lower costs and power American prosperity for decades to come,” he added.

DOE Loan Remains Subject to Conditions

The conditional commitment does not yet represent the final funding of the loan. While the commitment indicates DOE’s intent to provide a loan, Vistra must first satisfy certain technical, legal, environmental, and financial conditions. The Department will enter into definitive financing documents and fund the loan only after those conditions have been met. The proposed financing and modernization program remains focused on Vistra’s nuclear facilities in Pennsylvania and Ohio, with the potential future inclusion of uprates at Comanche Peak Nuclear Power Plant in Texas.

Strategic Expansion Through U.S. Renewable Energy Acquisition

This U.S. renewables acquisition was completed with investor Excelsior Energy Capital and positions Enel to generate approximately 1.6 terawatts hours of carbon-free electricity annually. The combined capacity underscores the company’s commitment to expanding its clean energy infrastructure at a time when renewable power continues to gain prominence in the global energy sector.

The portfolio comprises utility-scale solar installations strategically located across key U.S. regions. Raw earnings projections from the solar assets are estimated at approximately $90 million per year, providing meaningful economic returns alongside environmental benefits.

Key Projects in the U.S. Renewables Expansion

The Faraday solar plant, with a capacity of 525 megawatts, commenced commercial operations last year and operates under a 20-year power purchase agreement with Rocky Mountain Power, a subsidiary of Pacific energy holding company Pacificorp. This facility has established itself as a reliable provider of clean electricity in the western United States.

The Skyhawk solar project in Tennessee represents the second major component of the transaction. This facility operates through a long-term power purchase agreement with the Tennessee Valley Authority, ensuring stable revenue generation and grid reliability.

Enel’s Global Renewable Energy Operations

The full Enel-Excelsior U.S. renewables deal covers more than 800 MW of combined wind and solar capacity across America.

Enel operates across 28 countries with a combined global energy generation capacity exceeding 93 gigawatts. The company’s U.S. renewable portfolio now encompasses approximately 14 gigawatts of renewable energy and battery storage assets.

Economic Impact and Project Scope

The Duane Arnold Energy Center, a 615-megawatt plant located in Linn County, is set to provide long-term economic stability to the region. Projections indicate that the restart could generate over $9 billion in economic benefits for Iowa during a 25-year period. Furthermore, the construction and refurbishment phases are anticipated to create thousands of jobs, while the operational phase will support more than 400 permanent, high-paying positions. The project is also expected to contribute approximately $75 million in tax revenue over its lifespan.

Advancing Nuclear Capacity

“Restarting Duane Arnold is about delivering new power to meet new demand while generating billions of dollars in economic value for Iowans,” said John Ketchum, chairman, president and CEO of NextEra Energy.

“This commitment from the Administration further demonstrates the importance of the Duane Arnold restart and future nuclear development,” said Iowa Gov. Kim Reynolds.

“I was proud to sign a bill that will provide incentives for nuclear power development, which will put Iowa in the forefront of innovation in the industry. New nuclear development and the restart of Duane Arnold will meet our growing energy demand while also providing hundreds of good-paying jobs throughout the state,” he added.

The Duane Arnold Energy Center restart process follows a comprehensive regulatory and licensing framework overseen by the U.S. Nuclear Regulatory Commission and relevant state authorities. In June 2026, the Iowa Utilities Commission granted NextEra Energy a certificate authorizing the construction and operation of Duane Arnold, marking another key step toward the plant’s restart.

“The start-up of these facilities underscores Equinor’s ambition to grow its integrated power business, delivering flexible and reliable energy solutions in attractive power markets,” said Christian Lie Hansen, Equinor vice president of onshore renewables Americas and chair of the East Point Energy board.

Advancing Independent Power Capabilities

The Citrus Flatts site is the second project for East Point Energy, following the 10 MW/20 MWh Sunset Ridge facility. These developments signal the company’s transition from a project developer to an independent power producer. By integrating the Citrus Flatts Energy Storage Project with the Sunset Ridge site, the company can now supply electricity to approximately 30,000 homes in the Texas region for up to two hours.

Both facilities operate on a merchant basis within the regional power market. To support this, Equinor utilizes an integrated approach involving asset management and portfolio optimization. This strategy is further supported by collaborations with Danske Commodities to enhance operational performance within the power market.

Role in Regional Grid Stability

Battery storage assets are identified as essential components for maintaining grid stability and energy security. By capturing excess electricity and releasing it during peak demand, these systems help balance supply and support affordability.

Economic and Infrastructure Impact

Texas stands out as both the largest oil and gas-producing state in the US and its leading renewable energy state. It generates more wind power than any other state and is quickly emerging as one of the world’s major solar energy markets, strengthening the role of battery storage in providing greater flexibility to its evolving energy system.

“This project will generate millions in tax revenue to support local priorities. As energy demand surges across Texas, it will strengthen the electrical grid and help keep energy costs affordable for families and businesses,” said Andrew Foukal, CEO of East Point Energy.

Expansion Beyond Texas

The company continues to develop its portfolio in other regions, with construction currently underway for four additional projects in Virginia. This  portfolio, totaling 80 MW/160 MWh, is scheduled to reach commercial operation by early 2027, further contributing to grid stability across the company’s broader operational footprint.

The participating organisations have agreed to an initial 12-month exploration phase to establish how they can work together on programs aimed at qualifying advanced manufacturing and construction methods for nuclear applications. The effort will also examine ways to create career pathways for engineers and skilled tradespeople who can apply these methods in new nuclear facilities.

“Delivering affordable advanced reactors at scale will require more than a strong design. We need innovative manufacturing processes, the code basis to qualify them, and people with the right skills to apply them in building new nuclear facilities,” said Ed Blandford, Chief Technology Officer and co-founder of Kairos Power.

“By combining industry perspectives with the R&D power of our national labs and the strengths of our academic partners through NuCAMP, we can create new capabilities that will benefit the entire Tennessee nuclear community and the broader industry at large,” he added.

Dr. Stephen Streiffer, Director of Oak Ridge National Laboratory (ORNL), said, “NuCAMP reflects the power of East Tennessee’s innovation ecosystem—industry, a national laboratory, and educational institutions working together to solve real deployment challenges.”

“Through DOE’s Manufacturing Demonstration Facility (MDF) at ORNL and our broader research capabilities, we look forward to helping mature advanced manufacturing and construction methods for the nuclear industry while supporting the workforce needed to bring next-generation reactors to market,” he added.

NuCAMP targets new nuclear construction methods

The NuCAMP initiative adopts a holistic approach to introducing promising manufacturing and construction methods into the U.S. nuclear industry. Its structure incorporates the input of research and development partners, workforce partners, and companies actively building advanced reactor projects. Kairos Power, MDF, the University of Tennessee’s Tickle College of Engineering, and IACMI will contribute research, engineering, and manufacturing expertise to advance the technologies and address code gaps that currently restrict their application in nuclear construction.

The research priorities include precast concrete construction for safety-related nuclear structures, large-format additive manufacturing to create customized forms for producing precast concrete components, wire-arc additive manufacturing to produce vessel sections, nozzles, pump parts, and other large components, and electron beam welding to join large metal components with limited distortion.

Through the NuCAMP initiative, participating teams will also examine opportunities to develop technical information that can support code, regulatory, and licensing engagement for these innovative new technologies. These technologies are not fully qualified under industry codes governing safety-related nuclear structures and components.

Workforce development and East Tennessee facilities

Workforce development is another central element of NuCAMP. Member organisations will explore partnerships for creating new education and training programs for engineers and skilled tradespeople as manufacturing and construction methods continue to mature. The University of Tennessee-Knoxville will evaluate two proposed master’s degree programs, with one focused on manufacturing engineering for factory-based nuclear production and another focused on precast concrete construction.

Chattanooga State and Roane State will assess options for specialised training covering nuclear piping welders, precast production technicians, skid manufacturing technicians, and other roles. Oak Ridge Schools will explore expanding advanced manufacturing and trades pathways for middle and high school students. Collectively, these programs are intended to establish accessible career pathways for Tennessee students and tradespeople, giving them valuable experience alongside university faculty, national lab researchers, and industry professionals while developing skills tailored to the advanced nuclear industry.

Kairos Power’s Reactor Demonstration Campus in Oak Ridge will host the NuCAMP initiative and provide facilities for manufacturing development, workforce training, and collaboration with nearby research and education partners. The campus includes space planned for precast production, equipment assembly, welding, and additive manufacturing.

The scale of the funding reflects the ambition behind the advanced nuclear project, which extends beyond the development of another reactor prototype. X-energy and Dow plan to deploy the technology at Dow’s Seadrift petrochemical and plastics complex in Texas. The reactors are intended to replace existing energy and steam units while supplying both electricity and industrial steam.

Sell said it is expected to become the first grid-scale advanced nuclear reactor deployed to serve an industrial site in North America. Dow and X-energy submitted their construction permit application to the U.S. Nuclear Regulatory Commission last year, with the companies targeting operation in the early 2030s. The project therefore represents an advanced nuclear project intended for an industrial setting rather than a standalone demonstration.

Seadrift Project Tests Commercial Deployment

The funding is directed toward advancing the Seadrift development and supporting the deployment planned by X-energy and Dow. As a result, the advanced nuclear project is positioned as more than a test of X-energy’s reactor design. The Seadrift development will also test whether billions of dollars in federal cost-sharing can move a new nuclear technology through licensing, construction and into commercial operation. With operation targeted for the early 2030s, the project will proceed under the existing construction permit process involving the U.S. Nuclear Regulatory Commission and the stated federal-private cost-sharing structure.

Paraguay, which remains the only South American nation maintaining diplomatic ties with Taiwan, is broadening cooperation with the United States beyond security and trade to include the nuclear sector. The Strategic Civilian Nuclear Cooperation MOU was signed on the 4th August 2026 at the U.S. Department of State in Washington, D.C., by U.S. Secretary of State Marco Rubio and Paraguayan Foreign Minister Ruben Ramirez. During the signing ceremony, Rubio stated, “What we seek is not merely a continuously growing relationship but the establishment of a perpetual one. We must create a foundation for bilateral ties that remains unshaken by changes in administrations or political environments.”

Ramirez highlighted the significance of the partnership, saying, “The strategic alliance between our nations is of paramount importance. Beyond bilateral relations, we are closely cooperating on regional security and global issues,” while identifying freedom, democracy, human rights, and the rule of law as the shared principles underpinning the relationship. The agreement marks another milestone in civilian nuclear cooperation between the two countries.

Section 123 Agreement Framework and International Safeguards

The newly signed civilian nuclear cooperation arrangement is structured under the framework of the Section 123 Agreement, which is based on Article 123 of the U.S. Atomic Energy Act. The provision, enacted in 1954, authorizes the transfer of civilian nuclear technology, nuclear materials, and equipment for power generation and scientific research, provided that recipient countries comply with International Atomic Energy Agency (IAEA) safeguards and non-proliferation standards.

In addition, the United States maintains the authority to verify that transferred materials and technology are not redirected for military purposes. The U.S. signed a comparable agreement with Saudi Arabia on 22nd July 2026 and has concluded Section 123 agreements with more than 20 countries, including South Korea, Brazil, and the United Arab Emirates (UAE).

The latest civilian nuclear cooperation agreement also comes at a time of strategic competition between the United States and China for influence in Paraguay. Since taking office in August 2023, President Santiago Peña has placed market-friendly economic policies and stronger pro-U.S. cooperation at the center of Paraguay’s diplomatic approach, strengthening ties with the Trump administration across political, diplomatic, and security areas.

While the complete text of the agreement has not been released publicly, reports from U.S. media indicate that the framework could eventually permit Saudi Arabia to enrich uranium. Such material can be used as fuel for power plants, but it can also be used to make nuclear bombs. According to experts, such a provision would represent a first for the United States and could increase concerns about future nuclear proliferation in a region already regarded as unstable. The nuclear energy cooperation deal is also accompanied by a bilateral safeguards agreement, according to the U.S. Department of Energy.

In a statement, the U.S. Department of Energy said, “Together, these two agreements lay the legal foundation for a decades-long, multi-billion-dollar partnership that advances several priority economic and strategic objectives, including nuclear nonproliferation.”

Saudi Arabia also issued its own statement, noting that the agreement represents an extension of existing co-operation between the two countries in the energy sector, while highlighting that it follows the Saudi leader’s visit to Washington in November 2025. The nuclear energy cooperation deal further strengthens the existing energy relationship between the two countries and establishes a framework for future cooperation within the civilian nuclear sector.

Regional Security Context and Strategic Implications

The announcement comes against the backdrop of heightened tensions involving the United States, Israel and Iran, where the nuclear issue has remained central to the months-long U.S.-Israeli conflict with Iran. The United States and Israel have maintained that one of the reasons for their February attacks on Iran was to prevent Tehran from developing a nuclear weapon, an allegation that Iran continues to reject.

The announcement also coincides with escalating fighting between the U.S. and Iran. Saudi Arabia, a longstanding U.S. ally, hosts several U.S. military bases that have been targeted by Iranian attacks. The development also follows the announcement made two days earlier by the Houthis in Yemen regarding a “maritime blockade” against the kingdom.

Although detailed provisions of the nuclear energy cooperation deal have not been disclosed, earlier media reports suggested that following a joint study conducted with the United States, Saudi Arabia could receive permission to enrich uranium domestically at a US-built enrichment facility instead of relying on imported fuel supplies. Such a facility could involve billions of dollars in commercial opportunities for US companies participating in its construction.

Beyond the commercial and strategic benefits anticipated from the agreement, another factor believed to have influenced its timing is the reported discussions between Saudi Arabia and both Russia and China regarding similar nuclear cooperation arrangements. The agreement therefore represents a significant diplomatic achievement for Saudi Arabia and carries the potential to reshape power dynamics across the Middle East, although any such changes are unlikely to occur immediately.