Wind power plant design

Wind power plant design and utility-scale wind farm engineering represent the leading edge of renewable power generation, requiring sophisticated aerodynamic modeling, geotechnical precision, and deep grid integration analysis. A wind plant is designed from the wind and the site: wind speed and frequency, terrain and soils determine the turbine layout and the foundation design. This section covers both licence categories — wind power plants rated up to 30 MW and above 30 MW. Across Tashkent, the Republic of Karakalpakstan, Navoi, Bukhara, and all regions of the Republic of Uzbekistan, the licensed engineering center GEO PRO delivers turnkey wind power plant design with verified yield forecasts and guaranteed approval from state regulatory authorities.

The regional wind regime features specific atmospheric turbulence, thermal boundary layers, and intense seasonal velocity shifts. Flaws in long-term wind resource measurement or improper turbine micro-siting generate severe wake effect losses, induce excessive cyclic fatigue on rotor blades, and cut annual electricity yields by 10% to 25%. Implementing professional wind power plant design optimizes turbine spacing, prevents aerodynamic shadowing, and ensures long-term operational profitability for green energy developers.

When Certified Wind Power Plant Design is Required

In compliance with national green energy transition mandates and statutory ShNK / KMK building codes of the Republic of Uzbekistan, specialized wind power plant design is essential for the following development projects:

• Utility-scale on-grid wind power plants exceeding 30 MW delivering bulk power directly to the National Electric Grid of Uzbekistan (NEGU);
• Distributed industrial wind parks rated up to 30 MW built for dedicated power supply to mining, manufacturing, and agricultural facilities;
• Hybrid renewable installations combining wind turbines, solar PV arrays, and battery energy storage systems (BESS) for off-grid users;
• Repowering and modernization of operational wind farms through the installation of higher-capacity, next-generation wind turbines;
• Decentralized micro-wind installations powering remote telecommunications towers, water pumping stations, and isolated infrastructure;
• Engineering site access corridors for ultra-long turbine blades and crane hardstands capable of supporting 500–1200 ton crawler cranes.

What We Do: Comprehensive Wind Power Plant Design

The renewable energy and design engineering teams at GEO PRO manage the end-to-end technical documentation process:

• analysis of site wind data and calculation of expected output;
• turbine layout accounting for terrain, soils and wake effects;
• design of foundations, on-site roads and networks;
• grid connection scheme, documentation and support during expert review;
• installation of 100–140m met masts, Doppler LiDAR, and SODAR equipment for comprehensive wind resource campaigns;
• engineering step-up collector substations (35/110/220/500 kV), 35 kV underground cable collector networks, and switchgear;
• drafting environmental impact assessments (EIS / ZVOS), including avian monitoring (bird/bat migration paths) and acoustic noise mapping.

Key Engineering Components: Wind Turbine Foundations and Infrastructure

When executing complex wind power plant design, our certified engineers deliver comprehensive working blueprints for all balance-of-plant (BOP) systems:

• Wind Turbine Generators (WTG): Selection of turbine classes matching IEC wind standards (Class I, II, III, or S), hub heights, and rotor diameters tailored to local shear profiles;
• Massive WTG Foundations: Structural calculations for gravity base, piled, or rock-anchored reinforced concrete foundations engineered against heavy overturning moments and cyclic fatigue;
• Internal 35 kV Cable Network: Direct-buried medium-voltage XLPE insulated power cables, screen grounding transposition, and fiber-optic communication lines (FOCL);
• Civil Access Roads and Crane Hardstands: Load-bearing design of heavy-haul access roads and crane pads engineered to withstand high-axle transport and assembly loads;
• Central Substation and SCADA Automation: Main step-up substations with gas-insulated switchgear (GIS/AIS), automated dispatching systems, and real-time remote curtailment control.

Wind Resource Modeling and Energy Yield Calculations (P50/P90)

High-quality wind power plant design is rooted in advanced computational fluid dynamics (CFD) and specialized wind energy software (WAsP, WindPRO, Openwind). GEO PRO specialists process multi-year meteorological data sets, calculate vertical wind shear, model terrain roughness, and compute bankable Annual Energy Production (AEP) estimates at P50, P75, and P90 exceedance levels compliant with international lenders (EBRD, ADB, IFC) and national expert bodies.

Deliverables: Complete Design and Estimate Documentation (PSD)

Design and estimate documentation for the wind farm: a site plan with the turbine layout, output calculations, foundation and network drawings, the grid connection scheme and estimates — through to a positive expert review conclusion.

Clients receive an all-inclusive, execution-ready engineering dossier:

• Comprehensive wind measurement reports, resource assessment dossiers, and multi-year power generation balances;
• Master wind farm layouts, micro-siting coordinate charts, and civil transportation routes in AutoCAD DWG and PDF;
• Structural engineering packages and reinforcement schedules for turbine foundations and auxiliary structures;
• Electrical schematics for 35 kV collector lines, 110–500 kV substations, and integrated SCADA systems;
• Consolidated capital expenditure estimates (Smety), bills of quantities (BOQ), and equipment procurement schedules;
• Official positive conclusion from the State Expertise Board (Ministry of Energy / Gosexpertiza).

Pricing and Ordering Wind Power Engineering Services

Engineering fees are structured transparently based on total plant capacity, number of turbine positions, site topography, linear network length, and geotechnical complexity. GEO PRO engineers are prepared to assess your plot data and anemometry measurements anywhere in Uzbekistan.

If your investment project requires licensed wind power plant design, bankable energy yield assessments, or full statutory PSD approval, contact GEO PRO today. We will deliver an optimized, code-compliant engineering solution tailored to your site.

Need this service? Leave a request — we’ll estimate the cost for your site. Request an estimate or call: +998 97 744-55-11.