A wind power plant project in the Carpathians (Western Ukraine) — fully ready to build. All permits, documentation and land are in place. Expected annual output — 154 GWh of clean electricity.
We present the project and are open to investment partnership — strategic investor, joint development or project financing.
The Ukrainian Carpathian range is the most promising wind energy region of Western Ukraine, according to research by the State Research Institute of Urban Design "Giprograd".
Technical configuration — 10 turbines of 5.5 MW class with 120 m towers. The historical base scenario used ENERCON E160 EP5 E2 turbines (Germany). The project is now open to proposals from other European manufacturers — Vestas, Siemens Gamesa, Nordex and others — with corresponding economic recalculation.
Modern 5-6 MW turbine with ~160 m rotor and 120 m tower, optimised for a 6.1 m/s wind profile.
Ten turbines form a wind farm with 55 MW total capacity. Layout is optimised for the Carpathian terrain and prevailing wind directions.
The original feasibility study was tied to ENERCON E160 EP5 E2. We are now considering alternatives from other EU manufacturers (Vestas, Siemens Gamesa, Nordex) with corresponding CAPEX/OPEX recalculation.
The independent accredited German company GEO-NET Umweltconsulting GmbH carried out a full wind measurement campaign: two 100-m masts with Ammonit (Germany) instrumentation at two key sites.
In December 2017, two 100-m meteorological masts with Ammonit (Germany) equipment were installed on two sites — Lypovytsia and Pereginske.
Active measurement period: December 2017 to May 2019 (15 full months). Data processing and wind flow modelling were performed to IEC 61400-12-1 standards.
Data interpretation was performed by the accredited German company GEO-NET Umweltconsulting GmbH — one of Europe's leading wind energy consultants.
| ⚡ Headline metric — annual average wind speed | |
|---|---|
| Annual average speed at 120 m (turbine hub) | 6.1 m/s |
| Measurement detail | |
| Average at 103 m (Weibull, both masts) | 6.1 m/s |
| Lypovytsia mast (annual avg) | 6.4 m/s |
| Pereginske mast (annual avg) | 5.8 m/s |
| Extreme values (for load calculations) | |
| Maximum (10-min avg) | 25.44 m/s |
| Gust (3 s) | 28.63 m/s |
| Air density | |
| Density at 100 m | 1.134 kg/m³ |
| Range | 1.059–1.156 kg/m³ |
The project has completed the full design and permitting cycle. No remaining administrative barriers before construction.
The connection agreement is signed; the 110/35/10 kV "Pereginska" substation is in place. Available transmission capacity — up to 75.9 MW (with headroom above project capacity).
The 110/35/10 kV "Pereginska" substation is located near the site and already has the technical capacity to accept 55 MW. Substation upgrade design is actively in progress.
The 75.9 MW available capacity leaves room for future expansion at the same connection point.
A 13 km distance is typical and does not create regulatory or engineering risks.
Calculations are based on the base scenario (10 × ENERCON E160) at a tariff of €0.11/kWh. The full financial package is in the PDF brochure and supporting materials available on request.
Pereginska Wind Farm is a project ready for execution, with a complete document package, verified wind resource and an agreed grid connection. We are open to multiple partnership formats — a strategic investor, joint development or project financing.