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Wind Turbines
3 Series · 6 Models
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Wind Turbines Overview
QDTB onshore wind turbines span the 2 MW, 3 MW and 5 MW classes for utility-scale and distributed wind power generation. Designed to IEC 61400 requirements with three-blade horizontal-axis rotors and doubly-fed induction generator (DFIG) or direct-drive permanent-magnet generator topologies, they deliver grid-code-compliant renewable power for onshore wind farms.
Available Series

WT 2MW Series
The 2 MW-class onshore wind turbine is a three-blade, horizontal-axis unit for utility-scale and distributed wind farms. Rated approximately 2 MW with a rotor diameter suited to moderate wind sites, it is designed to IEC 61400 requirements and available with doubly-fed induction generator (DFIG) or direct-drive permanent-magnet generator topologies for grid-connected power generation.

WT 3MW Series
The 3 MW-class onshore wind turbine is a large three-blade horizontal-axis unit optimized for utility-scale wind farms and good wind-resource sites. Rated approximately 3 MW and designed to IEC 61400, it offers a higher energy yield per foundation and a lower balance-of-plant cost per megawatt, with DFIG or direct-drive generator topologies and grid-code-compliant controls.

WT 5MW Series
The 5 MW-class onshore wind turbine is a high-capacity three-blade horizontal-axis unit for the largest onshore wind farms and the strongest wind-resource regions. Rated approximately 5 MW and designed to IEC 61400, it maximizes energy output per installation and minimizes balance-of-plant cost per megawatt, with direct-drive or DFIG topologies and full grid-code compliance.
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| Base price (interpolation) | $268 |
| × Product factor | ×1.0000 |
| × Country factor | ×1.0000 |
| × Copper-linked factor | ×1.0000 |
| + Options / accessories | $0 |
Complete equipment — no winding copper linkage
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Application Scenarios
Utility-Scale Wind Farms
High-capacity turbines for grid-scale onshore wind generation.
Distributed Wind Projects
Community and industrial self-generation wind power.
Repowering
Replacing older low-rated turbines with higher-capacity units.
Hybrid Renewable Projects
Wind combined with solar PV and energy storage.
Technical Advantages
2–5 MW Classes
Turbines matched to site wind resource and project scale.
IEC 61400 Design
Compliance with international wind turbine safety requirements.
DFIG & Direct-Drive
Two generator topologies for different site and O&M strategies.
Grid-Code Compliance
Low/high-voltage ride-through and reactive power control.
FAQ - Wind Turbines
What is an onshore wind turbine?
What does IEC 61400 specify?
What is the difference between DFIG and direct-drive?
Which turbine size should I choose?
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All specifications and dimensions can be customized upon request