In 2022, Ukraine saw a significant portion of its electricity coming from low-carbon sources, accounting for over 70% of its total production. Most notably, nuclear power contributed more than half of the country's electricity, underscoring its pivotal role in delivering clean energy. Hydropower also contributed nearly 10% to the low-carbon mix, with solar providing roughly 4.5% and wind accounting for about 1.4%. Meanwhile, fossil fuels were responsible for over a quarter of the electricity generation, with coal alone accounting for about 23%, while natural gas filled the remaining gap with a marginal contribution of around 5%. This distribution highlights a commendable reliance on low-carbon electricity, although there remains a noteworthy reliance on fossil fuels that must be addressed for sustainable growth.
Data sources used on this page include Ember, Energy Institute and IEA. More about data sources →
Is Electricity Growing in Ukraine?
Despite this strong low-carbon presence, overall electricity consumption in Ukraine has been dwindling. In 2022, the per capita consumption stood at 2767 kWh, marking a sharp decrease of nearly 3000 kWh from the historic high in 1988. This downward trend extends to low-carbon electricity generation as well, which dropped to 1966 kWh per person from its previous peak in 2021. The decline in overall and low-carbon electricity use is concerning, especially in the context of increasing global demands for clean electricity amid technological advancement and an urgent need to curb climate change. To reverse this decline, efforts must be focused on expanding the generation capacity, with specific attention on further harnessing clean energy sources.
Suggestions
For Ukraine to boost its low-carbon electricity generation, a strategic expansion of nuclear capacity is paramount. Learning from regions that excel in low-carbon energy generation, such as France, where over 67% of electricity is nuclear, Ukraine can consolidate its capabilities in nuclear energy. Furthermore, exploring the vast potential in solar and wind technologies could take cues from regions like Nevada and California, where solar electricity constitutes around 31%. Similarly, Lithuania could serve as an inspiration in ramping up wind energy, with its successful generation of approximately 35% of electricity from wind farms. By embracing these growth models, Ukraine can significantly enhance its clean energy portfolio, reduce dependency on fossil fuels, and prepare for future energy demands.
History
Historically, nuclear power in Ukraine has experienced fluctuations, with several years showing significant reductions, as evidenced in the late 1980s and early 1990s. Use saw an evident setback in 1986, influenced heavily by global events, but bounced back with notable growth in subsequent years like 1987 and 1988. The early 2000s saw a resurgence, peaking intermittently through the 2010s, though sometimes offset by declines, such as those in 2009 and 2020. Yet, in 2021, Ukraine witnessed a positive leap in nuclear generation by an impressive 10 TWh. Sadly, this momentum was not sustained as 2022 saw a significant decline, underscoring the need for a stable, long-term approach to expanding nuclear generation as part of Ukraine's commitment to a clean energy future.
