Suzlon wind turbine nacelle aerial view over green fields

Built with intelligence from 10,000+ global wind turbines

Make your site work with wind platforms designed around real-world conditions. Across terrains, wind regimes and operating realities, our turbines are made with three decades of R&D and manufacturing expertise. Assured performance, always.

Wind 2.0 – because the energytransition needs wind that’s smarter

Wind 2.0 moves wind energy beyond turbines. It connects advanced platforms, digital intelligence, hybrid systems, storage, and grid-smart controls into one ecosystem. Fewer, more efficient turbines that give you more output, better reliability. Built for firm, flexible, and predictable clean energy. This is the future of wind.

Terrain and wind diversity
Every site has different wind behaviour, terrain, logistics, and grid conditions. Platforms must perform for your operational realities.
Better Output
Turbines must deliver more, higher-quality energy to support uninterrupted operations in an ever-evolving energy world.
Lifecycle continuity
Turbines need to stay productive to offer you the best performance value for your operational goals and commercial priorities.

Wind platforms designedfor the next generation of energy

We’ve spent decades advancing wind technology through continuous engineering, field learning, and innovation.

The result? Intelligent turbine platforms that perform across geographies and wind regimes. Backed by in-house

R&D and end-to-end manufacturing expertise. Ready to integrate into full-stack renewable energy

ecosystems to give you dependable power.

Built for terrain and wind diversity

No two wind sites are the same. That’s why our platforms are defined by a deep understanding of varied wind regimes, terrain conditions, and project environments. Whether low, moderate or high wind speeds, we make it work for your operations.

Wind regime matching | IEC class fit | Site-specific selection | Terrain-adapted platforms

Customised component by component

In-house R&D and manufacturing make up the core of our nacelles, towers, blades, hubs, and electrical systems. Every component is engineered to support better yield, output, and product life.

Hybrid Lattice Tower | Advanced blade materials | In-house manufacturing | Good make

Lifecycle continuity

Our tech’s reliability comes from wind intelligence gathered through decades of operating experience. Lifetime maintenance, predictive intelligence, SCADA monitoring, and multi-brand expertise ensure your wind assets perform consistently throughout their full lifecycle.

OMS support | Predictive intelligence | SCADA monitoring | Multi-brand expertise

21,700+

MW good energies installed

10,000+

Assets operatingworldwide

1,900+

Good relationshipsacross sectors

20+

Years productlifecycle

Four platforms for every wind regime

Our modular platforms cover a spectrum of wind speeds, site conditions, and performance ambitions. Find the platform series made for your needs.

Blue SkyS163
6.x MW Platform
The S163 adapts to moderate-to-high wind sites to deliver higher output while maintaining a lower levelised cost of energy. This platform is made for scale and high performance.
Highlights:
- Available in up to 150m hub heights
- Moderate to high winds
- Modular for site-adaptability
Explore Platform
Blue Sky S175
5.x MW Platform
Unlock low-wind sites with ease. The S175 makes clean power generation a possibility in sites with low wind speeds, ensuring competitive returns from your asset.
Highlights:
- Largest rotor diameter in the Blue Sky family
- Customisable hub heights up to 160m
- Modular platform for site-adaptability
Explore Platform
S144
3.x MW - Platform
Make low-wind sites viable with the S144’s advanced blade and tower technology, multiple hub-height configurations, and a proven large fleet deployment record.
Highlights:
- Windpower Monthly’s Turbine of the Year 2024
- India’s lowest carbon footprint turbine
- 40-43% higher output over 2 MW
Explore Platform
S133
3.x MW - Platform
Designed with a six-pole generator, smart pitching, and innovative controls, the S133’s grid performance is validated across a wide range of site conditions and project scales.
Highlights:
- Customisable between 2.6 MW and 3 MW
- Single-piece rotor blade
- 25-30% higher generation over 2 MW
Explore Platform
S120
2.x MW - Platform
Built to improve ROI on low-wind sites. With a 120m rotor, customisable hub height, and proven operating availability, the S120 is a grid-friendly and repowering-ready solution for diverse markets.
Highlights:
- Proven performance globally
- Individual pitch contro
- Low wind sites IEC Class S.
Explore Platform

Three decades of wind technology evolution

Our wind turbine generators have evolved from early platforms to bigger, stronger machines that deliver more with each rotation. The perfect blend of global R&D and value engineering ensures our turbines offer you high returns across geographies.

Global in-house R&D. Three decades of wind intelligence

R&D ecosystem built to continuously improve turbine performance, reliability, and energy output for real-world conditions. Whether aerodynamics, blade design, drivetrain systems, low-carbon materials, or digital technologies. We make it all happen in-house in our global R&D centres across Germany, Denmark, the Netherlands, and India. Backed by advanced testing, simulation, and field intelligence, we optimise generation and improve lifecycle performance. Accelerating the energy transition for diverse terrains and wind regimes.

8 R&D Centres
DK · DE · NL · IN Locations
3 decades continuous engineering iteration

Good make forbetter energy delivery

Fast, integrated, and built for consistency. We produce key turbine components: blades, nacelles, towers, hubs, and control systems. With a vertically integrated manufacturing ecosystem, backed by advanced quality systems and large-scale production capabilities, we manufacture for reliability and high performance in the modern energy markets.