The Energy Challenge in Wartime Ukraine
Ukraine is entering its fourth winter under full-scale war. Since 2022, 42% of generating capacity has been destroyed or occupied, and by 2024, 9 GW of generation was lost to Russian strikes. On September 14, for example, drone attacks destroyed restoration works at the Trypillya CHP.
This leaves businesses in a vulnerable position: without electricity, production stops. For industrial enterprises, blackouts can mean halted operations, financial losses, and missed deadlines.
Renewable energy sources (RES) are emerging as a solution for resilience and stability. According to the National Renewable Energy Action Plan, Ukraine aims to raise the share of renewables in gross final energy consumption to at least 27% by 2030.
Solar Energy as an Alternative
Beyond resilience, solar energy plays a vital role in climate action. Unlike coal, gas, or oil, solar power produces electricity with far lower greenhouse gas emissions:
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Solar: 48 g CO₂/kWh
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Coal: 820 g CO₂/kWh
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Natural gas: 490 g CO₂/kWh
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Wind: 11 g CO₂/kWh
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Nuclear: 12 g CO₂/kWh
Every solar panel installed contributes to energy independence and environmental sustainability.
Case Study: Consort Industrial Equipment Plant (Poltava Region)
The company Consort, located in Shcherbani near Poltava, illustrates how a Ukrainian business can transition to RES.
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Initial response (2022): purchase of diesel generators (total 175 kW). But fuel and maintenance costs made full reliance unsustainable.
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First experiment (2023): installation of 15 kW of test panels from China.
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Scaling up (late 2024): investment of over UAH 1 million into 55 kW of solar panels mounted on office facilities. Installation was done in-house using recycled materials.
By spring 2025, the company had expanded to 145 kW of installed solar capacity.
Results
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9 months of operation: over 109 MWh generated.
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Summer (July): 59% of energy covered by solar.
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Winter: 13–15% coverage.
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Savings: ~UAH 1.15 million in 9 months.
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Payback period: ~4 years.
The company also tested wind power plants (2.5 kW), but results were poor due to low generation volumes.
Expert Opinions
According to Stepan Kushnir, Chairman of the Khmelnytskyi Energy Cluster:
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Solar plants for business can pay off in less than three years due to high electricity tariffs (10+ UAH/kWh).
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Each company should find its own mix of solutions, often combining solar panels with battery storage systems.
Marine Abrahamyan (Greenpeace) stresses that Ukraine needs to remove bureaucratic barriers for active consumers — businesses that generate part of their own electricity and sell surpluses to the grid. Current rules limit exports to 50% of self-consumed power, reducing attractiveness.
Challenges and Future Prospects
While solar panels are attractive, businesses face several challenges:
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Upfront costs: UAH 4–4.5 million in Consort’s case.
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Bureaucracy: limits on grid integration and prosumer rights.
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Balancing needs: solar and wind depend on weather; peak demand hours must be covered by other sources.
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Recycling issues: panels last ~30 years, and Ukraine will need a recycling industry in 10–15 years.
Still, Greenpeace projects that Ukraine’s solar capacity could rise from 5.6 GW today to 14 GW by 2030.
Lessons for Entrepreneurs
Based on Consort’s experience, the following advice stands out:
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✅ Work with professionals — avoid costly mistakes from self-installation.
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✅ Don’t cut corners — quality inverters and panels pay off.
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✅ Start small — test a pilot project before scaling.
Bottom Line
For Ukrainian entrepreneurs, solar energy is no longer just about green credentials — it’s about business survival. In wartime conditions, renewables provide a lifeline: cutting bills, ensuring continuity, and boosting energy independence.
Sun instead of blackouts is not only possible — it’s becoming a strategic choice for businesses.
