OFFSHORE WIND / RENEWABLES
OSM Thome is a well-established Management company with a solid track record in the OSV and Offshore Wind/Renewable Energy segments. With worldwide experience, global presence & top-class management of the day-to-day operation, we have become the preferred supplier of Offshore Management solutions. As a company, we are well experienced within Global Wind Organization standards with regard to our continuous years of working with training, courses, and operations.
OUR STRENGTHS IN OFFSHORE WIND
- Walk to Work – we have great experience within W2W
- OSM Thome is delivering full technical management for ~ 30 SOVs at the moment. This includes crew management, catering, dry-docking with planning and execution, as well as special projects including conversions and new building. We deliver these services to a wide range of vessel types, however, the largest tonnage is Offshore related, also including SOVs and wind operations.
- Wind Turbine Installation vessel – WTIV
- Crew Transfer Vessels – CTV
- DP Experience – ~ 30 Active & ~40 + Historic on Technical Management
- Technical Management
- Foundations, cables, and WTG installation
- Installation vessels
- Installation equipment
- Operations base set up
- Communications set up
- Design and fabrication of offshore structures
- Client Representative
- Project Management
- Construction Management
- Cost & Planning
- Vessel Safety and Maritime safety
- Vessel inspection
- Harbours and preassembly
- Marine Coordination
- Regulatory compliance
- Crew Management
- Close communication with owner & charterer
How can a Third-Party Ship Manager assist in the Offshore Wind/Renewable Energy segment?
A third-party ship manager can play a crucial role in supporting the offshore wind/renewable energy segment by providing specialized vessel management and logistics services. Some ways in which a third-party ship manager can assist in this segment include:
- Vessel management: A third-party ship manager can provide vessel management services, including crewing, technical management, and vessel maintenance, to ensure that vessels used in offshore wind or renewable energy operations are properly maintained and meet regulatory requirements.
- Logistics management: A third-party ship manager can manage logistics and supply chain activities related to offshore wind or renewable energy projects, including transportation of personnel, equipment, and supplies to and from offshore sites, as well as coordination with onshore logistics providers.
- Marine and offshore support services: A third-party ship manager can provide marine and offshore support services, such as vessel chartering, surveying, and positioning, to ensure that offshore wind or renewable energy projects are properly supported and that vessels are operating in a safe and efficient manner.
- Health, safety, and environmental (HSE) management: A third-party ship manager can provide HSE management services, including compliance with local regulations and industry standards, to ensure that offshore wind or renewable energy projects are being conducted in a safe and environmentally responsible manner.
- Technical and engineering support: A third-party ship manager can provide technical and engineering support services, including well design and optimization, data analysis, and real-time monitoring, to support the operation of offshore wind or renewable energy projects.
By providing these specialized services, a third-party ship manager can help to improve the efficiency and safety of offshore wind or renewable energy operations, and enable project developers to focus on their core business activities.
Which countries are among the leaders in the Offshore Wind/Renewable Energy segment?
Several countries are leaders in the offshore wind/renewable energy segment, including:
- China: China is the world’s largest market for wind energy and is rapidly expanding its offshore wind capacity. In 2020, China accounted for over half of the world’s newly installed offshore wind capacity.
- United Kingdom: The UK is a leader in the development of offshore wind energy, with over 10 GW of installed offshore wind capacity as of 2021. The UK government has set a target of installing 40 GW of offshore wind capacity by 2030.
- Germany: Germany has a well-established offshore wind industry and is home to several major offshore wind projects. As of 2021, Germany has over 7 GW of installed offshore wind capacity.
- United States: The US is rapidly growing its offshore wind industry and has several major offshore wind projects in development. In 2020, the US added 1.5 GW of new offshore wind capacity.
- Denmark: Denmark is a pioneer in the offshore wind industry and has a long history of developing offshore wind projects. As of 2021, Denmark has over 1.7 GW of installed offshore wind capacity.
Other countries with significant offshore wind capacity or development include the Netherlands, Belgium, Sweden, Taiwan, and South Korea.
What does Offshore Wind Management mean?
Offshore wind management refers to the process of managing and maintaining offshore wind farms, which are groups of wind turbines installed in ocean or sea areas to generate renewable electricity. Offshore wind management includes a range of activities, such as project development, planning and construction, operation and maintenance, and decommissioning.
Some key aspects of offshore wind management include:
- Project development: This includes site selection, feasibility studies, securing financing and permits, and developing a project plan.
- Planning and construction: This involves the installation of wind turbines, offshore substation, cables, and other infrastructure.
- Operation and maintenance: This includes monitoring and controlling the wind turbines and substation, identifying and addressing faults or issues, and carrying out regular maintenance and repair activities.
- Health, safety, and environmental (HSE) management: This is a critical aspect of offshore wind management, ensuring compliance with local regulations and industry standards for safety and environmental protection.
- Monitoring and optimization: This involves collecting data on wind speed, power output, and other factors to optimize the performance of the wind farm and ensure maximum efficiency.
- Decommissioning: This includes the process of safely dismantling and removing the wind turbines and other infrastructure at the end of the project’s useful life.
Offshore wind management requires a range of technical, operational, and environmental expertise and can involve collaboration between multiple stakeholders, including project developers, engineering firms, turbine manufacturers, and operations and maintenance providers.