Accelerating the green energy transition
By the order of the Ukrainian developer of projects in the field of solar energy, during the 1st half of 2019 Avenston provided consulting support to the investment project for the construction of a ground-based solar power station and completed certain sections of the design documentation. The total capacity of the solar power plants located in three separate sites is 67.507 MWp.
Our services include financial and technical consulting, modeling of technological options for the implementation of the project, preparation of detailed schedules for design and construction and installation works, and other services.
When developing separate sections of the project documentation, the following equipment was used: polycrystalline solar modules with a power of 340 W, string inverters Huawei SUN2000-60KTL with a power of 60 kW and transformer stations 0.4/10 kV (2500 kVA).
In the second half of 2019, the implementation of this project was launched with the involvement of foreign investors.
Ground-based solar power plant PV Plant Fursy Energy Grupp 1 is located in north part of Ukraine – Fursivska settlement council, Bilotserkivskyi district, Kyivska region, Ukraine. The power plant is putted into operation on 2019. “Fursy Energy Grupp” LLC is a legal entity operating the power plant. It obtained the license for electricity generation on December 17, 2019 and permitted for the Feed-in-tariff in hryvnias equivalent of 15.03 eurocents starting from December 17, 2019.
Our services:
- Technical inspection of the land;
- Development of a financial model of a PV station;
- Financial consulting and participation in negotiations with foreign partners;
- PVsyst modeling was performed for various object configurations;
- Analysis and selection of basic technological solutions;
- A detailed feasibility study of the PV power plant was prepared;
- A detailed project schedule has been developed;
- Designed a single-line scheme of the PV farm;
- General plans for three solar power plants have been developed;
- Outline design for three solar plants was completed.
Project details:
- Total capacity: 67.507 MW (DC) / 54.0 MW (AC)
- Type of PV power plant: on-grid
- Voltage at grid connection point: 10 kV
- Solar panels: poly-Si (340 W)
- Inverters: Huawei Sun2000-60KTL
- Transformer staions: 0,4/10 kV (2500 kVA)
- Type of mounting structures: fixed, ground
- Location: Kyiv region
Solar power plants are one of the key competencies for companies belonging to the Avenston group. We provide any necessary services for solar energy PV projects, starting from the support of the development stage to maintenance of already built photovoltaic power plants or systems. All the main stages of the implementation of such projects are carried out by us independently or with the involvement of selected partners. In the second case, all key processes are managed and controlled by Avenston’s in-house project managers. Our portfolio includes a large number of designed and built industrial solar PV power plants, home solar power plants, as well as other projects in related areas.
More projects:
TYIGLASH Solar Power Plant
Avenston was a supplier of a complete set of inverter equipment from the German manufacturer SMA Solar Technology AG for the construction of SPP "Tyiglash", Transcarpathia
IVANIVKA-1 Solar PV Power Plant
The solar power station (photovoltaic station) "Ivanivka" was built in the Novoukrainsky district of the Kirovograd region. The power plant occupies an area of 2.7 hectares, and the total power of the installed solar panels (photovoltaic modules) is 1.341 MW.
RIVNIANSKA-2 Solar PV Power Plant
The solar power station (photovoltaic station) "Rivnianska-2" was built in the Kirovograd region. The power plant occupies an area of ha, and the total power of installed solar panels (photovoltaic modules) is 403 kW.
VELYKI BEREGY Solar Power Plant
At the request of one of the Canadian Investment Funds, a comprehensive analytical report was prepared by the specialists of our company, including a market overview, legislation analysis, selection of a 9.96 MW (AC) shovel-ready PV project and its detailed technical and economic assessment.