Huisman has an extensive product portfolio for the offshore wind market. The products range from spreaders, piling hammers and pile handling tools up to large capacity cranes. New technology or custom made products can be developed by our innovative engineering department on request.
Controlling the movements of the relatively light blades of a turbine when suspended from a crane, has proven to be an installation challenge due to wind load. To mitigate operational downtime and increase the integrity of the delicate wind turbine components, Huisman and Siemens Gamesa developed the Travelling Load Stabilising System, for universal application in heavy lifting cranes.
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Building on the successful operation of the existing Huisman cranes for the installation of Offshore Wind Turbines, Huisman has introduced a range of cranes tailored to Wind Turbine Installation. These cranes are a result of many years of design and operational experience and based on the company’s drive to design and deliver new solutions that add value to the market’s existing technologies.
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Floating vessels will have a role to play in the turbine installation of the future, being free from depth limitations and able to offer the increased crane capacity required for larger, heavier monopiles. The Motion Compensated Pile Gripper prevents the monopile from uncontrolled oscillation during lowering and piling and keeps it vertical by compensating the vessel motions in the horizontal plane, ensuring turbine installation that is both safe and accurate.
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To improve the efficiency of offshore windfarm installation, Huisman has developed the Windfarm Installation Vessel (WIV); a semi-submersible vessel with a 3D motion compensated WTG installation system.
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Subsea cable-laying is a delicate operation and subject to risk of cable failure. To safeguard product integrity, an installation campaign has to be interrupted when higher waves occur. Waiting on weather can put a strain on your project. Huisman introduces the Motion Compensated Cable-Lay System, a safe and efficient solution for the installation and repair of inter-array cables.
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The worldwide ambitions for offshore wind energy involve complex logistics operations in the installation phase. Marshalling ports and large quaysides with weight-carrying capacity are critical to the assembly, storage and deployment of large wind turbines. This requires increasing lifting height and capacity. Huisman offers flexible solutions for any work site or environment.
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With offshore wind farms being built in ever deeper waters, there is a growing demand for jacket foundations to support the increasingly larger Wind Turbine Generators. These jacket foundations come in different designs to accommodate the varying conditions and parameters of the wind farm locations. Therefore, pre-piling templates have to meet the specific dimensions and geometry that each offshore wind farm demands. Investing in tailored pre-piling templates for single-use is very cost-inefficient. Huisman introduces the Convertible Pre-Piling Template, an economic and reliable solution for accurate piling.
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The construction of offshore windfarms in the US is regulated by the Jones Act. The transport of wind turbine components from a US port to the field using an international installation vessel requires the use of a US feeder vessel. Although this is a Jones Act-compliant solution for this kind of logistical challenge, it does require that components need to be lifted from a moving vessel. Huisman introduces the Motion Compensated Platform to ensure that components can be transferred quickly and safely from a feeder vessel.
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Rigging operations can take up valuable time offshore. With the Universal Quick Connector, Huisman offers a safe and efficient solution to reduce your cycle time and mitigate the safety risks of people involved in changing installation tools.
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Huisman's Foldable Offshore Crane is designed specifically for Operations & Maintenance (O&M)works on offshore wind turbines. It allows operators to reach nacelles at a height of over 150m above the WTGs transition piece. The major advantage of this crane is that due to its foldable boom, the crane can easily be integrated in small - and cost efficient - jack-up vessels. Therefore reducing cost for offshore maintenance. In addition, the geometry of the boom allows for a very low construction weight.
Huisman designed (in house or in cooperation with partners) an innovative range of installation tools for the offshore wind industry.
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Besides our standard portfolio, we envisage to develop and build mission equipment for our client's special needs. An example is the Rambiz, originally built for a bridge construction project, is now frequently used for the installation of gravity based structures and complete wind turbines in a single lift. A sequal with 4,000mt lifting capacity is currently on order.
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