Ukraine’s energy future is being shaped under extreme pressure — and that pressure is accelerating transformation.
In this new interview, Georgii Geletukha, Chairman of the Board of UABIO, explains why the war has exposed a critical weakness of traditional energy infrastructure: centralized systems may be efficient in peacetime, but they are dangerously vulnerable in wartime.
Beeld: © Hromadske, citing the Telegram channel “Vitali Klitschko” / DW in Ukrainian
Takeaways from the interview
Ukraine has a unique opportunity to build a new energy system—more resilient, decentralized, and integrated with the European market.
This is not only a Ukrainian discussion. It is highly relevant for the global energy community, because Ukraine is becoming a real-time case study in how energy security, resilience, decentralization, and decarbonization intersect.
Key messages from the interview:
Centralization without redundancy creates systemic risk. When a single large facility is damaged, entire districts can lose heat and electricity.
Resilience requires decentralization. Smaller distributed generation units, district boiler houses, and cogeneration solutions can provide critical backup capacity and improve energy security.
Architecture matters as much as fuel. As Geletukha notes, the immediate priority is not only whether the system runs on renewable energy, but whether it can continue operating when part of the system goes offline.
Biomethane is still small in scale today, but its strategic role is growing. Ukraine currently produces just over 100 million cubic meters annually, and the sector could expand significantly after the war as investment conditions improve.
A postwar boom in bioenergy is likely. In Geletukha’s words:
Once the war ends, we will likely see rapid growth — a boom in biomethane projects.
The economics of reform also matter. Without proper market incentives, private investment into heat supply and bioenergy will remain limited.
Another important point from the interview:
It’s a simple but important lesson: the system must have a safety margin. It must anticipate scenarios where one source goes offline.
For international partners, investors, policymakers, and clean energy experts, Ukraine’s experience offers more than a story of recovery. It offers a blueprint for how to rebuild energy systems that are not just cleaner, but stronger.
Source: LinkedIn UABIO