COSCO Chooses Kongsberg Maritime’s Technology Package for WTIV
Admiral Marine Services LLC
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In a significant development for the offshore wind industry, COSCO Shipping has selected Kongsberg Maritime’s advanced technology package for its new Wind Turbine Installation Vessel (WTIV).
This blog post delves into the details of this collaboration, the technology involved, and its implications for the renewable energy sector.
Overview of the Contract
Contract Value and Vessel Design
The contract between COSCO and Kongsberg Maritime is valued at approximately 350 million NOK (around $33 million).
The new vessel, designed by GUSTO NG-20000X, will be the third A-class WTIV to join the Cadeler fleet.
This vessel is set to be one of the largest installation vessels in the offshore wind market, featuring a deck space of 5,600m2 and a payload capacity of over 17,600 tons.
Technology Package Details
Comprehensive Electrical, Automation, and Propulsion Systems
Kongsberg Maritime will supply a complete suite of electrical, automation, and propulsion systems for the new WTIV.
This includes nine thrusters with fixed-pitch propellers, comprising four UUC355FP main propulsion thrusters, two ULE355FP retractable azimuth thrusters, and two TT3300DPNFP tunnel thrusters.
Advanced Electrical Systems
The electrical system provided by Kongsberg Maritime includes generators, medium voltage (MV) and low voltage (LV) switchboards, DC switchboards, energy storage systems (ESS), and propulsion drives.
The integrated control system, featuring dynamic positioning (DP) capabilities, ensures precise maneuverability and stability during operations.
Energy Efficiency and Environmental Impact
Tailored energy control functions are designed to optimize the vessel’s energy efficiency. The battery-hybrid electrical system can significantly reduce the number of engines required for crane operations and maneuvering, thereby lowering fuel consumption and emissions.
This aligns with the broader industry goal of minimizing environmental footprints while enhancing operational efficiency.
Additional Technological Innovations
Integrated Solutions for Enhanced Performance
Kongsberg Maritime’s integrated solution for WTIVs includes an optimized thruster package and dynamic positioning functionalities to ensure operability in all conditions.
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The vessels will also feature the K-Chief marine automation system for comprehensive monitoring and control of all KM components.
Innovative Energy Management
The battery hybrid electrical system incorporates innovative solutions such as ThrustAllocator? and PowerBoost? to enhance operational capability while reducing fuel consumption for crane operations and DP maneuvering.
Additionally, the vessels will utilize technology for power regeneration from the jacking system and cranes, further improving energy efficiency.
Advanced Monitoring and Advisory Systems
To extend maintenance intervals and detect anomalies in rotating equipment, the vessels will be equipped with KM's new onboard advisory system, EcoAdvisor?, and a condition-based monitoring system.
These systems are designed to reduce downtime and enhance the reliability of the vessels.
Implications for the Offshore Wind Industry
Commitment to Renewable Energy
The CEO of Cadeler, Mikkel Gleerup, has expressed the company’s commitment to providing safe, high-quality, and reliable offshore services, with a strong focus on safety and environmental sustainability.
He believes that Kongsberg’s innovative WTIV solution will drive new levels of efficiency and support the transition to offshore renewable energies.
Delivery Timeline
The first WTIV is expected to be delivered before the end of Q3 2024, with the second vessel following by Q1 2025.
This timely delivery is crucial for meeting the growing demands of the European renewable energy market.
In Summary,
The collaboration between COSCO Shipping and Kongsberg Maritime marks a significant milestone in the offshore wind industry.
By integrating advanced technology and innovative solutions, these new WTIVs are set to enhance operational efficiency, reduce environmental impact, and support the global transition to renewable energy.
This partnership underscores the importance of technological advancements in driving the future of sustainable energy.
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