Other cables carry power from the generator down tower to switch gear at the tower base. The issue surrounding cables in the nacelle is their flexibility at low temperatures, and oil resistance. Resilient cables for wind
We offer our customers a comprehensive range of connectors, joints, surge arresters, termination systems, pre-terminated cables and even assembly tools covering every single part of a wind turbine – from the nacelle to the foundation.
All products within the Click-Fit ® range (including outdoor terminations, joints, Y (branch) joints and GIS/Transformer connectors) are based on the "Click-Fit ® Plug & Power" concept for
MC4 & Tyco Preassembled Cables / PV Panel Connectors. These cables have the newer, snap-together Multi-Contact hard plastic connectors on each end. Use these output cables between PV arrays with Multi-Contact cable outputs, and
Our full product range includes low-voltage and medium-voltage cables with copper or aluminum conductors, torsion-rated cables, data and network technology, pre-assembled fiber optic cables as well as individual connection
of wind power capacity enabled with our solutions worldwide. One Connectivity Partner. From turbines to grids, substations and energy storage – we are one source for multiple connectivity and sensor needs. Compact and easy to
In simplifying the overall cable solutions within the wind turbine, manufacturers are turning to well-established industrial connector technology. This technology combines three features: robust mechanical construction with sturdy metal or
SMI offer cable systems, wet and deck mate connectors and glands for: • LV auxiliary power • MV power at 6.6kV, 11kV and 13.8 kV • Fibre optic connectors • Unique MV and Fibre Optic Hybrid Wet Mate. To find out more about our wind
From controlling the blade and turbine speeds to prevent damage caused by heavy winds to effectively channelizing the power from generator to the grid, a network of devices like Turbine controller, Inverter and Converter are in
Compared to 36 kV, the higher voltage 66 kV cables and associated connectors allow the familiar offshore layout to be maintained, with strings of four to five (or more) wind turbines standing in a row. These cables allow for greater power capacity with smaller cross section and lower current, and do not require additional transformer stations.
The trend towards increasingly powerful wind turbines requires different array cabling. Compared to 36 kV, the higher voltage 66 kV cables and associated connectors allow the familiar offshore layout to be maintained, with strings of four to five (or more) wind turbines standing in a row.
Our WINDLINK® offer proposes a full range of reliable, high-performance cable solutions for wind turbines. WINDLINK® contributes to improve wind turbine output and performance and comprises solutions for both towers and nacelles. Our fully tested electrical systems and easy-to-install kits considerably reduce installation times.
For the London Array offshore windfarm, we developed, produced and delivered four 55 km 150 kV XLPE submarine cables with fiber elements for communication and temperature monitoring being laid in parallel to the substations. The trend towards increasingly powerful wind turbines requires different array cabling.
