Ukraine is expanding the use of cogeneration as cities look for more resilient local power sources after repeated attacks on energy infrastructure. Czech company GENTEC CHP is preparing to transfer another ten cogeneration units to Ukraine with a combined capacity of twenty five megawatts.
The equipment is intended for Kyiv, Dnipro and other regional centers where electricity shortages remain especially sensitive for municipal heating and critical services. The delivery is part of a UNDP-supported recovery track focused on damaged energy infrastructure.
Why cogeneration matters
Cogeneration units produce electricity and useful heat at the same time. For boiler houses and heating plants, that makes them a practical source of backup power for their own needs during outages. In winter, this is not only an efficiency question but also a stability issue for entire neighborhoods.
GENTEC has already delivered dozens of units to Ukraine over the past three years. Most are already commissioned, while the rest are in the launch preparation stage. The company stresses that the real task is not only supply, but also integration, service and safe operation in specific municipal systems.
A market shaped by war and demand
Demand for cogeneration is growing from municipal utilities, industry and commercial users. Large units above two and a half megawatts are especially sought after, but global engine shortages have lengthened delivery times. Data center demand and limited production capacity mean that some large gas engines now require planning many months ahead.
For Ukraine, decentralized generation reduces dependence on long transmission routes and can lower losses in the grid. Smaller modular units remain attractive because they are compact, flexible and can be deployed faster. The same technology can work on natural gas, propane-butane, biogas, hydrogen blends and other gases.
The broader direction is clear: Ukraine needs more distributed energy nodes that can keep heat, water and essential urban services running even when the central grid is under pressure.
