Kyiv families turn to solar power as Russian strikes cripple energy grid

Kyiv residents are installing solar panels and battery storage systems to secure backup electricity as repeated Russian strikes damage Ukraine’s energy infrastructure. The shift towards decentralised solar power in Kyiv highlights how households are responding to prolonged blackouts, heating disruptions and water shortages caused by attacks on the national grid.

In the Ukrainian capital, Denys Biletsky, head of a homeowners’ association in a 25-storey residential building, led a joint effort to install rooftop solar panels and batteries after earlier waves of Russian missile and drone attacks exposed the vulnerability of centralised energy supply. During winter temperatures of minus 20 degrees Celsius, Russian strikes cut off electricity, heating and water to large parts of the city.

Following particularly intense barrages two years ago, residents of Biletsky’s building pooled 700,000 hryvnias (around $16,200) to purchase and install dozens of solar panels, inverters and battery systems. The building houses approximately 400 residents.

The backup system has allowed lifts to continue operating and electric pumps to supply water to upper floors during grid outages. Without the system, water would not reach apartments above the ninth floor, according to Biletsky.

Tetyana Taran, who lives on the 20^th floor, said the inverter system automatically switches to battery supply when mains electricity fails, ensuring continuous heating and water supply. She added that lift access during blackouts has been particularly important for higher-floor residents.

Kyiv is facing one of its most severe energy crises since the start of Russia’s full-scale invasion. Electricity rationing has become common, with scheduled outages lasting for hours. More than 1,000 of Kyiv’s 12,000 high-rise residential buildings have reportedly been without heating for weeks after a heating station was destroyed.

Across the city, similar community-driven energy solutions are emerging. In central Kyiv, Tetyana Chernyshenko organised neighbours to jointly fund a diesel generator to maintain shared building systems. While many individual households have installed private solar or battery units, communal infrastructure such as heating systems and lifts requires collective investment.

However, participation remains uneven. In some buildings, residents have declined to contribute to shared backup systems. Biletsky said between 20 and 30 per cent of residents in his building did not fully participate in funding the installation. Disagreements have arisen particularly among lower-floor residents who are less dependent on lifts and water pumps.

The systems also face technical limits. Extended outages prevent batteries from fully recharging, forcing building managers to prioritise water pumps over lifts during prolonged power cuts.

Russia has repeatedly targeted Ukraine’s energy network, including power stations and heating facilities, in what Ukrainian authorities describe as a strategy aimed at disrupting civilian life during winter. The damage has accelerated interest in decentralised renewable energy, including rooftop solar and battery storage, as a resilience strategy.

Despite financial and technical challenges, residents involved in joint installations say the crisis has strengthened community coordination. In several buildings, collective fundraising, equipment procurement and installation have required close cooperation under wartime conditions.

The growth of small-scale solar power systems in Kyiv reflects a broader energy resilience trend in Ukraine, as households and local communities adapt to sustained infrastructure attacks by investing in distributed generation and storage technologies.