Developing effective repair solutions for damaged structures, is a critical aspect of our services.

Our engineering team takes results and findings from the initial assessment and damage identification made from the on-site inspection to understand the extend of the damage.

When fully understood, our engineers start to develop the concept for the repair solution.

The repair solution development process requires a combination of engineering expertise, planning, testing, and quality control to ensure that the repair effectively addresses the specific damage to the wind turbine structure while adhering to safety and regulatory standards.

In the design phase we use various engineering disciplines such as finite element analysis and failure mode & effects analysis. These techniques allow us to simulate the behavior of the repair concept and thus enable us to make well-informed design decisions, assess safety and optimize performance.

By taking these thorough steps in the design phase, we can design repair solutions to solve any imaginable damage on a structure.

A feasibility study is a systematic and comprehensive analysis that aims to assess the viability and success of a repair solution. The study is performed before implementing a solution on-site or making any critical decisions in regard to repairing your asset. The purpose of a feasibility study is to determine whether the project is technically, financially, operationally, and environmentally feasible, before implementation. With our engineering team we are able to conduct the entire feasibility study at our own facility, where we also are able to manufacture mockups and validation studies.

In continuation of a feasibility study, we perform controlled tests and validations of our repair solutions to ensure the procedures are certified and that the quality standards meet the requested criterias before implementation.