After three years of war, Ukraine’s energy system remains under constant threat. In these conditions, energy independence is no longer just a buzzword – it has become a vital guarantee of uninterrupted operations for communities and businesses.
Just a few years ago, decentralized power sources were seen merely as a backup to the centralized grid – now, they often form the backbone of local energy strategies.
Energy Independence without subsidies: how it works
How to ensure the profitability of independent power generation? Experience demonstrates that self-generation can remain profitable even without state subsidies.
The key to success is the right technical model and grid integration. For instance, cogeneration plants in baseload mode can ensure both autonomy and synchronization with the grid, unlocking market access and surplus energy sales.
Another critical element is commercial dispatching: managing load based on day-ahead market (DAM) hourly prices can generate an additional 5-8 million UAH per megawatt of capacity annually.
For enterprises with smaller capacities, the «active consumer» model is ideal: signing a supply agreement and participating in Net Billing (self-generation). A more advanced option is joining aggregated groups, which helps balance imbalances, avoid penalties, and maximize earnings without additional risks.
While financing the energy project remains a hurdle for many, real-world cases demonstrate viable solutions exist.
For example, in the Chernivtsi region, four projects worth over UAH 160 million are being implemented under the Ukraine Recovery Program. These include the construction of a 1 MW cogeneration unit in the city of Chernivtsi and a new modular solid-fuel boiler room at a lyceum in the village of Vanchykivtsi. The funding was secured with the support of the European Investment Bank. This is an example of how international aid is being transformed into long-term solutions for energy security.
In the Kharkiv region, autonomous solutions are also being pursued. Solar panels have been installed in villages of the Balakliia community to power water supply equipment. Thanks to batteries, rural infrastructure continues to receive water even on cloudy days. In Kharkiv itself, solar power plants have been deployed at several hospitals, with equipment purchased using funds donated by charities.
Solar Power Trend: trust, cost efficiency, ESG
Solar energy is a key element of energy independence strategies for communities and businesses. The installation of commercial solar power plants is becoming an increasingly attractive option, especially with compensation programs or preferential financing in place, which significantly shorten the return on investment period.
At the same time, the power plant can pay for itself in 2–3 years or even sooner if compensation programs or concessional loans are available.
Prices for solar power equipment remain favorable. Over recent years, photovoltaic modules and inverters have dropped by an average of 30%, while batteries have become 1.5 times cheaper.
This creates a window of opportunity, but risks remain. Installation costs will rise: the industry is moving toward licensing, which means standardization and higher prices for quality installations.
Solar power plants (SPPs) are attractive not just for economic reasons. They also address modern ESG challenges: reducing emissions, enhancing market reputation, and unlocking international partnerships.
One of the most active cases today is Vinnytsia. Over 33,000 solar panels with a total capacity exceeding 17 MW have already been installed here, with the majority owned by businesses.
Currently, the average cost of a solar power plant ranges around $1,000 per kW of installed capacity, depending on configuration, and continues to show a downward trend.
The city has also introduced a local incentive program: businesses can receive compensation of up to 30% of their investment costs, capped at 1 million UAH. To qualify, companies must be registered in the Vinnytsia community and have no tax arrears. Compensation is granted only after the solar plant is officially commissioned and operational.
Innovations on the ground: «agrivoltaics»
An interesting example is the installation of the Hanska Solar Power Plant on a 30-hectare site near the city of Berdychiv in Zhytomyr Region. Here, solar energy production has been «combined» with berry cultivation and sheep farming.
Traditionally, one of the challenges of such installations is mowing the grass that grows between and, most importantly, beneath the panels. If vegetation touches the panels, it can create fire hazards. While the mounting structure could be raised higher, this would increase construction costs. Instead, a Danish approach was adopted – letting sheep handle the grass trimming. This not only generates additional income from sheep farming but also reduces maintenance costs for the solar plant.
Moreover, 1.5 hectares of land – where the terrain was unsuitable for solar panels – were planted with strawberries and blueberries, which are in steady market demand. The automated irrigation system runs on power generated by the solar panels themselves.
This is an example of how even an industrial-scale solar power plant can be transformed into a multifunctional facility.
Energy autonomy is an investment in stability
Ukrainians are not waiting for centralized decisions and are building their own energy independence. Today’s investments in autonomous power systems, solar power plants (SPP), and energy storage are not just protection against blackouts. It’s a long-term strategy that pays off not only in hryvnias but also in trust, security, and sustainable development.
Investing in autonomous power generation is not just about electricity. It’s about new standards for managing public resources, strategic stability for businesses, and a concrete response to the challenges of war. Solar power plants, cogeneration, and modern energy management systems can become a source of additional income, not just an expense.
Ukrainian communities and businesses have already proven that local solutions work. The government’s task is not to interfere but to create favorable conditions. And then every megawatt of decentralized generation will become a contribution to a secure and self-sufficient energy future.
Author of the article: Yevhen Korf, CEO of NVP ENERGO-PLUS LLC.
Source: liga.net, Energy Club
