Durable steel for maximum windpower
Ascend to new heights and harness vast water landscapes with your wind turbines using flexible and cost-efficient steel substructures

HexaBase - Offshore

HexaBase is made to explore new water territories with modular systems made for all turbine classes and soil conditions (incl. floating)
Discover Offshore

TetraFlex - Onshore

TetraFlex is made to reach for the untapped potential of the sky with flexible systems for all turbine classes & hub heights
Discover Onshore

iF Design Award Winner 2025

Winning the iF Design Award 2025 highlights the cutting-edge excellence of HEXBASE and TETRAFLEX, setting new standards in smart, modular design for the future.

The iF Design Award is one of the most respected design competitions worldwide, recognized as a seal of excellence that highlights outstanding innovation, functionality, and aesthetics.

In a world where energy demands meet financial turbulences, the wind energy industry is facing pressing challenges: limited space, delivery delays, safety concerns, and the need to optimize ROI.

Our skyrocketing onshore and offshore solutions tackle these issues head-on, offering cost-efficient gusts of innovation, fast assembly, reliable delivery and enhanced project planning.

All to empower you to ride the winds of success with ease.

Our Solutions

Experience the forefront of wind energy innovation as our solutions redefine the unparalleled quality of thyssenkrupp steel, transforming it to excel in highly important industries. Designed for sustainable serial production, both solutions can be easily modified for different turbine classes and hub heights or water depths, respectively. This way, we help you reach ESG targets, boost your revenue and lower your risks!

HexaBase

Expand Your Horizons with HexaBase: The Ultimate Offshore Wind Energy Solution

A Versatile Steel Foundation Tailored for All Turbine Classes and Soil Conditions, Pioneering Exploration into New Offshore Territories

TetraFlex

Reach for New Heights: Elevate Your Onshore Wind Energy Operations with TetraFlex

Discover TetraFlex - A Flexible Steel System Designed for All Turbine Classes and Hub Heights, Engineered to Achieve Greater Heights and Superior Energy Output

HexaBase

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Revolutionizing Design Simplicity

Substantially Reduced Components and Standardized Pipe Specifications
Higher durability
Greater flexibility
Future-proof design
High sustainability
Lower costs

Resilient Wind Energy Infrastructure: Defying the Elements

Durability is a key cost driver and with your solution your offshore windparks are more durable
Superior Strength: Engineered to Withstand Harsh Wind and Wave Conditions
Exceptional Durability: Resisting Saltwater Corrosion and High-Corrosive Environments
Proven Robustness: Built for Turbulent and Unpredictable Weather Conditions

Versatile Wind Energy Solutions for Any Terrain and Turbine

Applicable to all wind turbine types and sizes
Selection of different foundations for all soil conditions & water depths

Future-Ready Wind Energy: Embracing Tomorrow's Power Generation

Applicable to next-generation turbine classes of 15GW and beyond.
Scalable Design: Suited for the Next-Gen 15GW Turbine Classes and Beyond
Future-Proof: Prepared for the Evolution of Wind Energy Technology
Ahead of the Curve: Ensuring Compatibility with Future Power Generation Trends

Sustainable and Safe: Prioritizing Environment and Occupational Health

Responsibly Sourced: Using 100% Recyclable Materials
Workplace Safety First: Committed to Occupational Health and Safety Standards
Emission Conscious: Significant Reduction in Sea Contamination from Sacrificial Anodes, Ensuring Over 25 Years of Corrosion Protection

Efficiency and Simplicity: Revolutionizing Wind Energy Assembly and Transport

We prioritize resource efficiency and simplicity in design, making our wind energy solutions more sustainable and easier to implement.
Material-Optimized: Utilizing Significantly Less Material for Greener Production
Simplified Assembly: Minimizing Parts Variety for Streamlined Production and Easy Maintenance
Transport and Assembly Efficiency: Harnessing Series-Production Capability to Cut Down on Logistics Efforts
Features

Revolutionizing Turbine Installations with Our Innovative, Lightweight, and Versatile Substructure Technology

Our versatile substructure technology adapts to all soil conditions, offering enhanced safety features and a lightweight design. This efficient system supports all turbine classes, demands less welding, and uses standard pre-materials for swift, cost-effective installations.

Composition

Significantly reduced number of connecting elements, lower variety in pipediameters and wall thicknesses*.

* >40% than monopile XXL and >10% compared to other jackets available on the market

Planning

Flexible and modular system of only standard pre-materials and semifinished-products.

Set-up

Decentralized prefabrication and final assembly at the yard for a fast and cost-efficient installation, while significantly lighter than an equivalent monopile beyond XXL.

Material

Lighter than other jackets, significantly less required welding volume, minimum amount of sacrificial anodes* and no conical components.
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Safety by design

Good accessibility of all areas required to service. Ascent inside the structure or outside via a deck crane – also usable to lift auxiliary equipment & repair materials

Unmatched Resilience: Thriving in Extreme Conditions

Our technology showcases superior robustness, designed to withstand high winds, temperature fluctuations, and structural vibrations.
Wind-Resistant: Engineered to Stand Up to High Wind Speeds
Temperature Tolerant: Ensuring Stability Amidst Temperature Variations
Vibration Resilient: Built to Resist Structural Vibrations

Adaptive Wind Energy Solutions: Catering to Diverse Needs and Specification

Our technology is designed to offer maximum flexibility, able to accommodate all wind turbine types and sizes, with customizable components and foundations
Universal Compatibility: Suited to All Wind Turbine Types and Sizes
Customization at Core: Offering Tailored Elements and Foundations
Unmatched Flexibility: Adapting to Diverse Wind Energy Requirements and Conditions

Cost-Efficient Wind Energy: Streamlining Production and Installation

Optimized for economy and convenience, our solutions incorporate significantly lighter tower components and leverage decentralized pre-manufacturing capabilities for fast and efficient set-up.
Lightweight Design: Significantly Lighter Tower Components for Cost and Efficiency Savings
Decentralized Pre-Manufacturing: Quick Build-Up for Expedited Project Timelines
Transport and Installation Efficiency: Minimized Effort and Cost with our Optimized Approach

Green and Safe: Championing Sustainable Wind Energy and Occupational Safety

Emphasizing sustainability, our solutions employ 100% recyclable materials, significantly reduce the CO2 footprint, and minimize environmental impact, while ensuring high occupational safety.
Eco-Friendly Approach: Leveraging 100% Recyclable Materials
Worker Safety & Minimal Ground Impact: Striking a Balance between Progress and Preservation

Maximizing Efficiency with Greater Hub-Heights: Enhancing Performance and Longevity

Elevating wind turbines to greater hub-heights not only significantly boosts energy output but also reduces turbulence, resulting in longer lifespans for the equipment.
Optimized Energy Output: Greater Heights Yield Higher Power Production
Increased Longevity: Less Turbulence Translates to Extended Equipment Lifetimes
Proven Efficiency: For Instance, Raising a Turbine from 90m to 154m Can Enhance Annual Energy Output by 47%
Higher durability
Greater flexibility
Lower Cost
High sustainability
Greater hub-heights
Features
Our patented modular wind farm design offers a swift, accessible setup with lighter transport needs, adaptable to all turbine classes. It prioritizes minimal environmental impact, leveraging standardized, lightweight components for efficient planning and construction.

Elevating Wind Energy Efficiency: Our Lightweight, Adaptable, and Environmentally Conscious Modular Design

Height

2nd & 3rd level wind farms of up to 300 m through patented modular design steel structure.

Planning

Modular structure with design-to-cost approach for less connecting elements andgeneral low parts variety - which expedites planning phase.

Set-up

TetraFlex hardly requires any heavy transport and can be equipped with integrated crane and equipped with integrated crane– or optional co-growing slewing crane.

Turbines

Suitedto all turbine classes and hub heights through modular and adaptable design.
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Maximizing Efficiency with Greater Hub-Heights:

Enhancing Performance and Longevity

Proven Efficiency: For Instance, Raising a Turbine from 90m to 154m Can Enhance Annual Energy Output by 45%*
* The energy output / increase is based on the following assumptions:
Wind Profile Duisburg Beerkerwerth, Turbine: 6.0 MW Siemens Gamesa SG 6.0-170

We are here for you

Ready to decarbonize your industry and explore new opportunities within the CO₂ value chain? Contact us today to discover how thyssenkrupp’s expertise can support your sustainability goals.

Matthias Kammel

Managing Director

Dr.- Ing Siear Qaimi

Head of Technology & Innovation

Christian Woznitza

Managing Director
Contact us

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