In a new report by the International Energy Agency (IEA), solar energy, modular gas turbines, and battery storage are identified as critical technologies for bolstering Ukraine's energy security in both the short and long term. As the nation rebuilds its energy infrastructure amidst ongoing military conflicts with Russia, a shift towards a decentralized electricity grid is seen as vital for ensuring consistent access to power, heat, and water for millions of Ukrainians.
Ukraine is at risk of experiencing widespread power outages through 2025 and potentially beyond, per the IEA's "Empowering Ukraine through a Decentralized Electricity System." This report was unveiled in Kyiv by an IEA delegation alongside Deputy Energy Minister Roman Andarak and other key figures in Ukraine's power sector. It highlights that two-thirds of the country’s dispatchable power generation capacity has been compromised due to the intensification of attacks in spring 2024, resulting in frequent rolling blackouts and unscheduled outages. With peak demand expected to hit 18.5 gigawatts (GW) this winter, a shortfall of up to 6 GW is likely, risking further disruptions over the coming months.
The IEA stresses that immediate action is necessary to address current power deficiencies while also planning for the future. A decentralized energy system, enriched with rooftop solar, wind power, batteries, and small modular gas turbines, is recommended to alleviate the impact of ongoing attacks and to align with Ukraine's long-term energy security and decarbonization strategies. The report expands on an earlier IEA publication from September that focused on Ukraine's energy security needs for the upcoming winter.
IEA's recent report lays out seven strategic actions to modernize and decentralize Ukraine's power system by 2030. These include enhancing regulatory frameworks, revamping electricity markets, and improving coordination across transmission and distribution levels. IEA Executive Director Fatih Birol remarked, “This winter, Ukraine’s energy system is facing its biggest test to date...This report shows important steps that policy makers can take now to meet the country’s immediate power needs while also preparing for the future.”
Deputy Minister Andarak expressed gratitude for the IEA's insights, stating, “The development of flexible distributed generation—particularly through renewable energy sources, storage, efficient cogeneration, and gas turbine units—will make our energy sector less vulnerable to Russian attacks. Distributed generation will certainly remain our priority, and we hope for support and close cooperation with partners in these areas.”
The IEA's analysis reveals that distributed energy resources can significantly contribute to achieving Ukraine's energy objectives by 2030. New modeling projects the need to add 24 GW of solar, 11 GW of wind, and 6 GW of energy storage over the next decade while maintaining existing generation assets. Constructing a power system based solely on small modular gas turbines and engines would entail an upfront investment of $12.8 billion. However, integrating a mix of renewable sources and batteries could result in a more economical solution with costs ranging from $15.5 billion to $23 billion upfront, leading to a reduction in electricity and fossil fuel imports and a 6% annual cost decline long-term.
Analysis shows major role for technologies such as solar PV, modular gas turbines and batteries in supporting Ukraine’s near- and long-term energy security.
As Ukraine looks to rebuild its energy sector following a recent acceleration in attacks by Russia, pursuing a more decentralized electricity system would help ensure reliable access to power, heating and water for millions of Ukrainian citizens, according to a new IEA report.
Power generation capacity
Ukraine faces the risk of prolonged power cuts throughout 2025 and even beyond
Empowering Ukraine through a Decentralized Electricity System was published now and launched by an IEA delegation in Ukraine’s capital, Kyiv, with Deputy Energy Minister Roman Andarak and other key Ukrainian power system stakeholders. It finds that without urgent action, Ukraine faces the risk of prolonged power cuts throughout 2025 and even beyond.
Following intensified attacks in the spring of 2024, about two‑thirds of the country’s dispatchable power generation capacity was occupied, damaged or destroyed, leading to rolling blackouts as well as unscheduled power outages.
With peak demand this winter likely to reach 18.5 gigawatts (GW), creating a supply deficit of as much as 6 GW, these could continue through the coming months.
Energy security and decarbonization
As a result, Ukraine must act now to meet its immediate power needs, while also planning for the years ahead, according to the report.
It finds that a more decentralized system – with growing capacities of rooftop solar, wind, batteries and small modular gas turbines – could mitigate the impacts of the ongoing attacks and align Ukraine’s energy system with the government’s long-term goals for energy security and decarbonization.
Ukraine’s energy security
The analysis follows the publication in September of a special IEA report focused on Ukraine’s energy security
The analysis follows the publication in September of a special IEA report focused on Ukraine’s energy security and the coming winter.
The report released builds on this work by specifically outlining seven key actions to create a decentralized and modern power system in Ukraine by 2030.
These include improving regulatory frameworks, reforming electricity markets and strengthening coordination at the transmission and distribution level.
Ukraine’s power system
“This winter, Ukraine’s energy system is facing its biggest test to date, compounding the immense suffering of Ukrainian’s citizens despite their great resolve. Though the situation is dire, this report shows important steps that policy makers can take now to meet the country’s immediate power needs while also preparing for the future,” IEA Executive Director Fatih Birol said.
“Making Ukraine’s power system less centralized would help protect it from ongoing Russian attacks and boost energy security, resilience and affordability down the line. We look forward to continuing work with our partners in Ukraine on these issues in the months and years to come.”
Development of flexible distributed generation
“We thank the IEA for the new report on the state of the Ukrainian energy system and for the recommendations on how to strengthen its resilience and flexibility in the face of devastating Russian attacks, which have significantly intensified in recent months,” said Deputy Minister Andarak.
“The development of flexible distributed generation – in particular by installing renewable energy sources, storage, efficient cogeneration, gas turbine and gas piston units – will make our energy sector less vulnerable to Russian attacks. Distributed generation will certainly remain our priority and we hope for support and close cooperation with partners in these areas.”
new IEA modeling
The report finds that what are known as distributed energy resources can play a pivotal role
The report finds that what are known as distributed energy resources can play a pivotal role in achieving Ukraine’s 2030 energy goals.
Though there are many uncertainties, it could meet these objectives by adding 24 GW of solar, 11 GW of wind, and 6 GW of energy storage capacity this decade while maintaining surviving generation assets, based on new IEA modeling.
Small modular gas turbines
Additionally, this modeling shows that rebuilding Ukraine's power system based on small modular gas turbines and gas engines alone would require nearly $12.8 billion in upfront investment.
While adding in more diverse sources of power supply, including variable renewables and batteries, would cost between $15.5 billion and $23 billion upfront, it represents the most cost-effective solution – largely because it would reduce the need for electricity and fossil fuel imports, resulting in a roughly 6% decline in annual costs over time.
