Products for connecting wind turbines to the grid

Components that make networks stable, efficient and future-proof

Wind power LUKA GmbH

LUKA secures the flow of energy

Solutions for the safe connection of wind power

Grid connection technology for safe and efficient wind power projects.

LUKA ensures secure connections in wind energy. Whether for earthing, potential equalisation or structured cable routing from the base of the tower to the nacelle, our components guarantee reliable electrical connections under demanding conditions.

From durable grounding straps and certified cable clamps to busbars and support insulators, we supply everything you need for a safe grid connection for wind turbines. Our weather- and corrosion-resistant products support operators, installers and project teams in operating wind turbines efficiently, with low maintenance and future-proof.

Filter our products according to your requirements and quickly find the right solution.

E-CU flat, 120x10x4000 mm

Unprocessed copper in HL

Copper busbar CU-ETP-CW004A DIN 46437

Details

E-CU flat, 100x10x4000 mm

Unprocessed copper in HL

Copper busbar CU-ETP-CW004A DIN 46433

Details

E-CU flat, 40x10x4000 mm

Unprocessed copper in HL

Copper busbar CU-ETP-CW004A DIN 46453

Details

E-CU flat, 100x15x4000 mm

Unprocessed copper in HL

Copper busbar CU-ETP-CW004A DIN 46436

Details

E-CU flat, 160x10x4000 mm

Unprocessed copper in HL

Copper busbar CU-ETP-CW004A DIN 46443

Details

E-CU flat, 100x10x5000 mm

Unprocessed copper in HL

Copper busbar CU-ETP-CW004A DIN 46434

Details

E-CU flat, 50x10x4000 mm

Unprocessed copper in HL

Copper busbar CU-ETP-CW004A DIN 46457

Details

E-CU flat, 50x5x4000 mm

Unprocessed copper in HL

Copper busbar CU-ETP-CW004A DIN 46459

Details

E-CU flat, 30x10x4000 mm

Unprocessed copper in HL

Copper busbar CU-ETP-CW004A DIN 46449

Details

E-CU flat, 40x10x4000 mm

Unprocessed copper in HL

Copper busbar CU-ETP-CW004A DIN 46454

Details

E-CU flat, 60x10x4000 mm

Unprocessed copper in HL

Copper busbar CU-ETP-CW004A DIN 46460

Details

E-CU flat, 70x10x4000 mm

Unprocessed copper in HL

Copper busbar CU-ETP-CW004A DIN 46463

Details

E-CU flat, 80x10x4000 mm

Unprocessed copper in HL

Copper busbar CU-ETP-CW004A DIN 46464

Details

E-CU flat, 140x10x4000 mm

Unprocessed copper in HL

Copper busbar CU-ETP-CW004A DIN 46439

Details

E-CU flat, 150x10x4000 mm

Unprocessed copper in HL

Copper busbar CU-ETP-CW004A DIN 46441

Details

E-CU flat, 200x10x4000 mm

Unprocessed copper in HL

Copper busbar CU-ETP-CW004A DIN 46445

Details

E-CU flat, 30x15x4000 mm

Unprocessed copper in HL

Copper busbar CU-ETP-CW004A DIN 46451

Details

E-CU flat, 40x15x4000 mm

Unprocessed copper in HL

Copper busbar CU-ETP-CW004A DIN 46455

Details

E-CU flat, 50x15x4000 mm

Unprocessed copper in HL

Copper busbar CU-ETP-CW004A DIN 46458

Details

E-CU flat, 60x15x4000 mm

Unprocessed copper in HL

Copper busbar CU-ETP-CW004A DIN 46462

Details

E-CU flat, 80x15x4000 mm

Unprocessed copper in HL

Copper busbar CU-ETP-CW004A DIN 46466

Details

E-CU flat, 120x15x4000 mm

Unprocessed copper in HL

Copper busbar CU-ETP-CW004A DIN 46438

Details

E-CU flat, 140x15x4000 mm

Unprocessed copper in HL

Copper busbar CU-ETP-CW004A DIN 46440

Details

E-CU flat, 150x15x4000 mm

Unprocessed copper in HL

Copper busbar CU-ETP-CW004A DIN 46442

Details

Warum LUKA für Windkraft­anlagen?

Robuste Technik für zuverlässige Energieü­bertragung onshore und offshore

Extrem witterungsbeständig
Korrosions- und salzluft­resistente Materialien sichern eine lange Lebens­dauer, auch unter rauen Offshore-Bedingungen mit hoher Luftfeuch­tigkeit.

Schwingungsresistente Konstruktion
Stabil verbaute und vibrations­feste Komponenten gewähr­leisten eine zuverlässige Energie­übertragung trotz starker mechanischer Belastung.

Hohe Betriebssicherheit
Kurzschluss­feste und leistungs­starke Anschlüsse sorgen für eine stabile Netzein­speisung, selbst bei schwankender Wind­leistung und Lastspitzen.

Anpassbare Lösungen
Individuell gefertigte Steuerungs- und Netzanschluss­komponenten passen sich optimal an jede Turbinengröße und Projekt­anforderung an.

In drei Schritten zur sicheren Elektrotechnik-Lösung

01. Anfrage
Sie schicken uns Ihre Anfrage über unser Anfrageformular.

02. Beratung & Planung
Wir beraten Sie und planen die optimale Umsetzung.

03. Umsetzung
Wir setzen Ihr Projekt effizient und mit höchsten Qualitätsstandards um.