Projects
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Solar power plant A2 - Odessa region
Project Type: Ground-mounted grid-connected photovoltaic power plant
Total Installed Capacity (DC): 6.2 MW
Total Inverter Capacity (AC): 5.28 MWPhotovoltaic Modules
- Type: Monocrystalline bifacial module
- Nominal Power per Module: 660 W
- Number of Modules: 9,408 units
- Total Peak DC Capacity: 6.209 MW
Inverter Equipment
- Power per Inverter: 330 kW
- Total AC Capacity: 5.28 MW
Energy Performance
- Expected Annual Energy Production: 7,800–9,000 MWh
- CO₂ Emission Reduction: approx. 7,500 t/year
Built year2024CountryUkrainePower6.2 MWPanel's typeMonocrystalline-bifacial -
Solar power plant A - Odessa region
CO2 reduction 1,169 tons per year
Built year2022CountryUkrainePower1 MWPanel's typePolycrystalline panels -
Solar power plant P - Odessa region
CO2 reduction of 10,800 tons per year
Built year2019CountryUkrainePower8.8 MWPanel's typePolycrystalline panels -
Solar power plant T - Mykolaiv region
Reduction of CO2 19,500 tons per year
Built year2019CountryUkrainePower16.0 MWPanel's typePolycrystalline panels -
Solar power plant T - Mykolaiv region
CO2 reduction 21,900 tons per year
Built year2019CountryUkrainePower17.4 MWPanel's typeMonocrystalline panels -
Solar power plant I - Odessa region
CO2 reduction 18,300 tons per year
Built year2019CountryUkrainePower15.4 MWPanel's typePolycrystalline panels -
Solar power plant AFA - Mykolaiv region
CO2 reduction 16,700 tons per year
Built year2019CountryUkrainePower13.4 MWPanel's typePolycrystalline panels -
Solar power plant C2 - Odesa region
CO2 reduction of 12,000 tons per year
Built year2018CountryUkrainePower11.8 MWPanel's typePolycrystalline panels -
Solar power plant R - Kherson region
CO2 reduction of 12,600 tons per year
Built year2018CountryUkrainePower12.7 MWPanel's typePolycrystalline panels -
Solar power plant K - Odesa region
CO2 reduction of 11,000 tons per year
Built year2017CountryUkrainePower9.5 MWPanel's typePolycrystalline panels -
Solar power plant C1 - Odesa region
CO2 reduction 3,000 tons per year
Built year2016CountryUkrainePower3.2 MWPanel's typeMonocrystalline panels -
Solar power plant Sh2 - Vinnytsia region
CO2 reduction 11,000 tons per year
Built year2016CountryUkrainePower9.5 MWPanel's typePolycrystalline panels -
Solar power plant, G2.2, - Vinnytsia region
CO2 reduction 4,000 tons per year
Built year2016CountryUkrainePower3.9 MWPanel's typePolycrystalline panels -
Solar power plant Sh1 - Vinnytsia region
CO2 reduction 10,000 tons per year
Built year2014CountryUkrainePower8 MWPanel's typePolycrystalline panels -
Solar power plant C - Vinnytsia region
CO2 reduction 8,300 tons per year
Built year2013CountryUkrainePower7.7 MWPanel's typePolycrystalline panels -
Solar power plant G - Vinnytsia region
CO2 reduction 5,300 tons per year
Built year2013CountryUkrainePower5 MWPanel's typePolycrystalline panels -
Solar power plant, G2.1 - Vinnytsia region
CO2 reduction 2,500 tons per year
Built year2013CountryUkrainePower2.5 MWPanel's typePolycrystalline panels -
Solar power plant G1 - Vinnytsia region
CO2 reduction 1,500 tons per year
Built year2012CountryUkrainePower1.4 MWPanel's typePolycrystalline panels -
Solar power plant P - Vinnytsia region
CO2 reduction 5,000 tons per year
Built year2012CountryUkrainePower4.5 MWPanel's typePolycrystalline panels
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GPU STK1
Our Team Successfully Implemented a Project for the Installation of an 850 kW Gas Engine Generator in Combination with an Existing STK Solar Power Plant — Tailored to Meet the Consumer's Energy Needs
Key Project Stages:
- 📍 Conducted an energy audit and feasibility study
- 📐 Developed a custom solution based on the facility’s energy consumption profile
- 🏗️ Carried out the full scope of installation and construction works
- ⚙️ Completed commissioning and put the generator into operation
- 🔧 Provided ongoing maintenance and technical support
Main Advantages:
- 🔋 Hybrid integration of solar and gas generation
- 🌞 Solar energy covers daytime loads; the generator operates during evening/nighttime or when additional capacity is needed
- 📉 Reduced energy costs and improved power reliability
- ♻️ Environmentally friendly and energy-independent solution
Technical Specifications of the Installed Equipment:
- Type: Gas engine generator
- Capacity: 900 kW
- Fuel type: Natural gas
- Operating mode: Auxiliary energy source in conjunction with the solar power plant
This project is a clear example of an efficient and resilient energy solution that ensures uninterrupted power supply to industrial operations regardless of external conditions.
📩 Contact us to find out how a similar solution can work for your facility!
Built year2025CountryUkrainePower0.9 MWPanel's type- -
Corporate PPA and solar energy supply for active consumer STK - Khmelnitsky region
In this project we structured and realised quite a unique approach for Ukraine, by executing a corporate PPA (Power Purchase Agreement) with an end-user (active consumer), dairy production plant. A 1 MW solar power plant was connected by direct line to the consumer which, in line with the new legislation, allows to satisfy part of the energy needs of the production plant directly from solar energy, while the rest will be supplied by Renergy using the main grid. ::This mechanism allows to not only decrease the energy bills, but also underlines the client’s intention to decarbonize its business operations and switch to more sustainable practices.
Built year2024CountryUkrainePower1 MWPanel's typePolycrystalline panels
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Reinstatement of AFA solar power plant destroyed during the war - Mykolaiv region
In this project we were faced with an issue of reconstructing one of our solar power plants which was almost fully looted and destroyed as a result of the war and hostilities. In view of the significant deficit of electricity in this remote region, as well as Company’s responsibility towards its lenders and stakeholders, we made a decision to reinstate this power plant to its initial capacity of 13.4 MWp.
Built year2024CountryUkrainePower13.4 MWPanel's typeMonocrystalline panels