06/05/2026
RSE s.r.o., together with the Metropoliya Group of Companies, has signed a contract for the implementation of a distributed generation project with a total capacity exceeding 300 MW in Ukraine’s energy sector.
The project is already under implementation, with commissioning scheduled for completion by the end of 2026.
This marks the next phase of cooperation, building on projects successfully delivered in 2025 across various regions of Ukraine for industrial enterprises, logistics complexes, and energy companies, including Aquafrost LLC, Logistic Union LLC, and Axis Gasenergo LLC.
These installations are already contributing to strengthening the resilience of the energy system by reducing grid load and localizing risks at the level of individual facilities.
Today, the restoration of centralized generation alone is not sufficient to address Ukraine’s energy challenges. The market is shifting toward a different architecture - distributed generation at the level of industrial facilities, hospitals, agricultural complexes, and municipal infrastructure. Each site with its own generation capacity adds an additional layer of stability to the overall system.
Within this partnership, RSE is responsible for the manufacturing of modular cogeneration units with a capacity of up to 4.5 MW per unit. The equipment is produced at the company’s facility in Brno and undergoes full factory assembly and testing, significantly reducing on-site commissioning timelines.
Metropoliya Group is responsible for the full project ex*****on cycle - from technical concept to grid connection - including engineering, installation, and commissioning.
Deploying generation assets under wartime conditions represents a distinct level of complexity: constrained logistics, compressed timelines, operation within critical infrastructure environments, and the need for rapid engineering decisions. This experience is shaping a new standard for the delivery of energy projects in Ukraine.
More than 300 MW of new capacity represents not only scale, but a structural shift toward a more resilient, decentralized energy system - where speed of implementation becomes a decisive factor.