Wind Energy

Project overview

The wind energy project is an initiative in the offshore sector of the maritime industry, with a focus on generating sustainable energy through the use of wind turbines. The project aims to install and operate a series of offshore wind turbines in a selected location, with the ultimate goal of providing clean energy to the grid. The project involves a range of complex activities, including site selection, design, construction, installation, and maintenance of the turbines, as well as connection to the onshore grid. The wind energy project represents a significant investment in sustainable energy and is expected to have a major impact on the future of the offshore energy industry.

Roles and techniques

Project Manager Site Manager Electrical Engineer Structural Engineer Mechanical Engineer Geotechnical site investigation Turbine design and engineering Foundation design and installation Marine cable laying and termination Turbine Installation Offshore installation vessels and equipment


Wind Energy

Project information

The wind energy project is an undertaking within the offshore sector of the maritime industry. The project aims to generate renewable energy through the construction and installation of wind turbines at designated offshore locations. The successful completion of this project will provide an alternative source of energy to meet the growing demand for sustainable solutions. The following sections provide more detailed information about the project, including its size, the professionals involved, and the equipment used.

Project size

The wind energy project is a significant undertaking in the maritime sector and involves the construction of offshore wind farms. The project aims to harness the power of the wind to generate renewable energy, which is an increasingly important area for sustainable development. The project is expected to involve a significant investment, with a CAPEX ranging from several hundred million to billions of euros.

Professionals and companies

Based on typical project roles in the maritime offshore sector, the wind energy project involves various professional roles such as project managers, engineers, technical experts, designers, and installation specialists. The project size and complexity determine the number of professionals involved, which can range from several dozen to hundreds of people. Additionally, the project involves various companies and suppliers who provide equipment, materials, and services, such as turbine manufacturers, marine contractors, cable suppliers, and maintenance providers.

The wind energy project requires the use of various techniques and technologies, such as offshore wind turbines, foundation structures, and submarine cables. The project also involves complex marine operations, including installation and maintenance, which require specialized vessels and equipment, such as jack-up barges, crew transfer vessels, and remotely operated vehicles.


Used equipment

In a wind energy project, the success of the project depends on the efficient operation of the equipment used. The offshore wind energy sector requires specialized equipment that can withstand harsh marine environments and operate at high efficiency. The equipment used in an offshore wind energy project must be capable of generating electricity while withstanding extreme wind and weather conditions. Therefore, it is crucial to have a proper selection and use of equipment in an offshore wind energy project to achieve optimal performance and safety.


Wind turbines

These are the primary equipment used to generate electricity from wind energy. They consist of a tower, nacelle, and blades.


These are structures that support the wind turbines and keep them stable in offshore environments. Different types of foundations include monopile, jacket, and floating.

Subsea cables

These are cables that transfer the electricity generated by the wind turbines to the onshore power grid. They are buried in the seabed to protect them from damage.


These are facilities that receive the electricity from the subsea cables and convert it to a higher voltage for transmission to the onshore power grid.

Installation vessels

These are ships used to transport and install the wind turbines, foundations, and subsea cables in offshore environments.

Maintenance vessels

These are ships used for regular maintenance and repair of the wind turbines and subsea cables.


Wind Energy

Project timeline

Phase 1

Initiative & feasibility

During this phase, the project team will assess the feasibility of the project, including identifying suitable locations for offshore wind farms, conducting environmental impact assessments, and securing permits and financing. 

Phase 1
Phase 2

Design & planning

Once the feasibility of the project has been established, the project team will move on to the design and planning phase. This will involve developing detailed engineering designs for the wind turbines, subsea foundations, and offshore substations.

Phase 2
Phase 3

Engineering & tendering

During this phase, the project team will engage contractors and suppliers to carry out the detailed engineering work required for the project, as well as tendering for the supply of equipment and materials. 

Phase 3
Phase 4


With the engineering and tendering phase completed, construction of the wind farm can begin. This phase will involve installing the offshore wind turbines, subsea foundations, and offshore substation.

Phase 4
Phase 5


Once construction is complete, the project will move into the commissioning phase. This involves testing and verifying that all equipment and systems are functioning correctly and meeting performance specifications.

Phase 5
Phase 6

Operations & maintenance

With the wind farm successfully commissioned, the project will move into the operations and maintenance phase. During this phase, the wind farm will be operated and maintained to ensure its continued safe and reliable operation.

Phase 6


Company roles


The government plays a critical role in the wind energy project, as it is responsible for the development of the regulatory framework and policies that guide the project. The government is also responsible for providing the necessary permits and licenses required to develop and operate the wind farm. In addition, the government provides funding and support for the project, as renewable energy is a key priority for many governments around the world.


The client is the party that initiates the wind energy project and is responsible for overseeing its development and execution. The client typically has a clear set of objectives and goals for the project, including timelines, budgets, and desired outcomes. The client also has final authority over project decisions, including the selection of contractors and suppliers.


The consultant plays a critical role in the wind energy project, as they are responsible for providing expert advice and guidance to the client throughout the project lifecycle. The consultant typically provides support in a range of areas, including site selection, environmental impact assessments, project management, and engineering design. The consultant also provides quality control and assurance services to ensure that the project meets all relevant regulatory and safety standards.


The contractor is responsible for the construction and installation of the wind farm, including the turbines, foundations, and electrical infrastructure. The contractor is typically selected through a competitive tender process and is responsible for ensuring that the project is delivered on time, within budget, and to the required quality standards. The contractor also manages the project workforce, including hiring subcontractors and managing on-site safety and risk.


The supplier plays a critical role in the wind energy project, as they are responsible for providing the turbines, electrical equipment, and other critical components required for the project. The supplier is typically selected through a competitive tender process and is responsible for ensuring that their products meet the required performance and quality standards. The supplier also provides ongoing maintenance and support services to ensure that the wind farm operates at peak performance throughout its lifecycle.


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