DESIGN
Comprehensive detailed design service for foundations, including soil improvement and piling
Optimization of existing executive design solutions
Detailed foundation design
Detailed design of soil adaptation or piling
Project verification, expert assessments, CAT III check
Foundation life Extension
Adaptation of standard designs to local soil conditions.
Concepts, preliminary designs, and building permits designs
Civil designs

We offer a full range of design and optimisation services for wind farm foundations, including soil adaptation, soil improvement or piling. We combine the best of European expert experience to deliver innovative, sustainable and effective solutions, tailored to the specifics of each project.

Long-term durability and engineering precision

At GP Renewables, we always approach the design and implementation of foundations with long-term sustainability in mind. Our solutions are distinguished by short lead times, the highest technical standards and complete professionalism.

 

Our knowledge and experience are our key advantage.

Our approach is based on an integrated perspective of the ground and foundation—we treat them as a cohesive structure where each element works in harmony and complements the others. With hundreds of independent soil adaptations, piling and soil improvements, as well as numerous foundation repair projects, we have gained practical experience firmly rooted in reality. This enables us to continuously evolve and raise standards in the renewable engineering industry.

 

We combine theory and practice

We don’t just design—we implement. This gives us a unique advantage in developing even better solutions. With the experience we’ve gained, we create foundations that ensure the highest levels of safety and durability.

We take full responsibility for our projects—past, present, and for the next 50 years

Selected projects in Europe and worldwide

Project New Caledonia

New Caledonia

Yate Wind Farm
Client: Total / Quadran
Turbines: 24 Gamesa G58 turbines
Scope: Foundation design

Project Brazil

Brazil

Jerusalém Wind Farm
Client: EDP Renewables
Turbines: 43 Vestas V150-180.6 MW turbines
Scope: Foundation design

Project France

France

Champ Chardon Wind Farm
Client: Quadran
Turbines: 5 Senvion MM100 turbines
Scope: Foundation design

Project Poland

Poland

Wind Turbine Cluster
Client: PGE / SPIE
Turbines: 33 Vestas V100, V110–88 MW
Scope: Foundation design

Project Polska

Polska

Korytnica Wind Farm
Client: Iberdrola / CJR
Turbines: 14 turbines
Scope: Foundation design, geotechnical design, ground improvement works

Project Ecuador

Ecuador

Villonaco II & III Wind Farm
Client: Neoen
Turbines: 27 Goldwind 136 turbines, 108 MW
Scope: Foundation design

Project Netherlands

Netherlands

Blaakweg Wind Farm
Client: H4A
Turbines: 3 Nordex N131, 10.8 MW
Scope: Foundation design

Project Serbia

Serbia

Cibuk Wind Farm
Client: WD Concord
Turbines: 22 Nordex N163/6.X TS138-00 Delta4000
Scope: Foundation design, geotechnical design, construction supervision

Project Georgia

Georgia

Ruisi Wind Farm
Client: JSC WIND POWER
Turbines: 33 GWH171-6.25 turbines
Scope: Foundation design, geotechnical design

OUR PROJECTS
QUALITY OVER QUANTITY

Wide range of services on request
Serbia Serbia

PUPIN Wind Farm
Client: WD Concord
Turbine type: 16 Nordex N163 5.X MW TS118 turbines

Scope of services:

  • Design and optimisation of the foundation structure
  • Foundation design and optimisation – reinforced CFA piles
  • Participation in negotiations and meetings with the investor
  • Technical support at every stage of implementation, including design adaptations resulting from construction-related incidents
  • Supervision of the executive team – improvement of the execution, elimination of risks
  • Support in sourcing subcontractors for key project milestones

 

Our greatest satisfaction with this project is building a long-term, professional relationship with the client that leads to future projects and supports the growth of the wind energy market in Serbia.

Comprehensive and independent design verification- CAT III verification of the foundation and piles.
Lithuania Lithuania

Kelme Wind Farm
Customer: Ignitis Group
Turbine type: 44 Nordex N163/6.X TS191 Delta 4000 + Nordex N163/6.X TS138 Delta 4000 turbines

Scope of services:

Independent third-party verification – bank requirement, we provide full quality control and design compliance.

  • Check of foundation design
  • Check of soil adaptations and piling
  • Comprehensive CAT III check

Added value for the client:

  • Design phase: Our experience in carrying out geotechnical work allows us to provide valuable recommendations that streamline the construction process and eliminate unnecessary risks.
  • Maintenance phase: Experience in foundation repair allows us to recommend improved coating solutions that cover the entire plinth area. This significantly enhances the safety of the structure while also reducing operating costs.
Optimising Foundations
Polska Polska

Wind farm location: Central Poland
Turbines: 12 Vestas V90 2.0 MW turbines
Scope of services: foundation optimization

Size of foundation before optimisation:

  • V slab = 604.28 m³
  • V plinth = 12.72 m³
  • V total = 617 m³
  • Steel: 118 kg/m³

Size of foundation after optimisation:

  • V slab = 475.24 m³
  • V plinth = 12.72 m³
  • V total = 487.96 m³
  • Steel: 106 kg/m³

 

Added value for the client:

  • Reduction in construction costs
  • Difference in V total: 129.04 m³
  • Difference in steel: 12 kg/m³ x 12 locations
  • Total savings: EUR 500,000

CONTACT

GP Renewables France

11 Rue Tronchet

75008 Paris, France

Tel: +49 176 22 11 0643

Email: martin@gp-wind.energy

GP Renewables Germany

Von Hess Weg 8

20535 Hamburg

Tel: +49 176 22 11 0643

Email: martin@gp-wind.energy

GP Renewables Poland

ul. Białostocka 22 lok.21

03-741 Warszawa

Tel: +48 505 393 468

Email: sobieski@gp-renewables.energy

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