TotalEnergies, KKR Expand U.S. Solar Alliance via $1.2B Deal
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TotalEnergies and global investment firm KKR are expanding their U.S. renewable energy joint venture by adding 700 megawatts of solar generation capacity. Announced on October 12, the $1.2 billion deal encompasses three utility-scale solar installations across Texas and Ohio.
This addition increases the 50/50 joint venture’s total portfolio from 1.4 gigawatts to roughly 2.1 gigawatts. Commercial operations for the three new sites are scheduled to begin by the first quarter of 2027. Power produced will be distributed through third-party contracts or directly marketed by TotalEnergies. TotalEnergies will retain operational management of the facilities following the transaction’s close, which is anticipated by late 2026 pending regulatory approvals.
The expansion aligns with TotalEnergies’ strategy to build an integrated electricity division alongside its traditional oil and gas business. The company combines renewable sources with flexible generation—such as gas-fired plants and battery storage—to offer reliable supply. As of mid-2026, TotalEnergies held over 37 gigawatts of gross renewable capacity globally, aiming for 100 terawatt-hours of annual net electricity generation by 2030.
The deal highlights the growing role of institutional private capital in funding energy infrastructure. Partnering with KKR allows TotalEnergies to share capital costs while maintaining operational control, freeing up balance sheet flexibility for future projects. For KKR, the move increases its exposure to operational U.S. power infrastructure backed by existing off-take agreements.
This shift underscores broader capital allocation strategies among major energy producers, who increasingly view power generation as a core revenue stream alongside upstream and refining operations. Furthermore, as power demand grows from data centers and industrial sectors, energy providers continue to balance variable solar and wind output with dispatchable sources like natural gas to ensure grid reliability.
