Neoen acquired by BROOKFIELD

Brookfield Renewable Holdings announced the successful completion of a mandatory tender offer for all outstanding shares and convertible bonds of Neoen. The offer, launched in February 2025, resulted in Brookfield and its concert parties acquiring approximately 97.7% of Neoen’s share capital and the vast majority of its 2022 convertible instruments, thereby satisfying the conditions for a compulsory squeeze‑out. The transaction follows Brookfield’s earlier strategic intent, expressed in early 2025, to secure a controlling position in a leading independent renewable‑energy producer with a diversified portfolio spanning solar, on‑shore wind and utility‑scale battery storage across four continents. From Brookfield’s perspective, the acquisition aligns with its long‑term capital‑allocation thesis of consolidating high‑quality, asset‑rich renewable platforms that deliver stable, inflation‑linked cash flows. Neoen’s rapid capacity expansion—quadrupling to nearly 9 GW within six years—and its pipeline targeting 10 GW by year‑end provide Brookfield with immediate scale and a pipeline of projects that can be integrated into its global renewable infrastructure fund. The deal also enhances Brookfield’s geographic diversification, adding significant exposure to markets such as Australia, France and Finland, and deepens its expertise in large‑scale battery storage, a segment identified as a growth lever in the transition to a decarbonized grid. Post‑transaction, Neoen is expected to operate under a new shareholder structure that facilitates accelerated capital deployment, streamlined governance and synergies with Brookfield’s existing renewable assets. The integration logic foresees joint procurement, shared services and harmonised risk‑management frameworks, which should improve operating margins and reduce cost of capital. Moreover, the combined entity is positioned to leverage Brookfield’s extensive financing platform to fund Neoen’s 2025 capacity target, thereby reinforcing its role as a cornerstone developer in the global clean‑energy transition.