Huisman and Siemens Gamesa have combined their engineering and operational expertise in the development of a solution to stabilise wind turbine components during installation, especially blades, but also nacelles and tower segments.The system consists of a combination of two pairs of tuggers working in unison to control to position of the load. One pair is fitted on independent trolleys that can travel along an integrated rail along the crane’s stiff boom. The trolleys automatically follow the main block to maintain an optimal tugger line configuration. The second pair of tugger lines is deployed from the crane tip providing a force perpendicular to the first pair of tuggers. By approaching the load from two different directions, the system provides more control than a conventional single pair of tuggers.
A control system holds the actual position of the load, resulting in a much stiffer restraint, and therefore a higher position accuracy compared to conventional tugger systems that rely on constant tension. In case of an unexpected overload, the system will give way but will return to its position setpoint when the force drops below the threshold again.
The Travelling Load Stabilising System functions as an integral part of the crane and could, therefore, be operated from the crane's cabin as well from an optional walk around box (WAB).
The Travelling Load Stabilising System functions as an integral part of the crane and could, therefore, be operated from the crane's cabin as well from an optional walk around box (WAB).
