GOD 12/115.4
Cast resin O-ring bushing
Clampable feedthrough for indoor installations
DetailsProducts for connecting hydroelectric power plants to the grid
Components that make networks stable, efficient and future-proof
LUKA secures the flow of energy
Products for safe and efficient hydropower projects
Technology for the stable and long-lasting operation of hydroelectric power stations and pumping stations.
LUKA offers high-quality components for the reliable grid connection of hydroelectric power plants.
In a hydroelectric power plant, mechanical, electrical and grid systems work together with precision: the turbine drives the generator, which produces electricity – and the energy is fed safely into the grid via switchgear and transformer systems. This is exactly where our solutions come into play.
From busbars for connecting multiple generators to robust switchgear and control cabinets to corrosion-protected enclosures for humid environments – LUKA supplies tailor-made components for all levels of energy transmission. Whether in the generator field, in the power plant switchgear or in the substation: our technology ensures stable, standard-compliant and long-lasting power transmission – for the reliable operation of modern hydroelectric power plants.
Filter our products according to your requirements and quickly find the right solution.
A12N-1-M10+M16-R8
Cast resin interior support 12 kV
Epoxy resin support insulator for indoor installations
Details
A24N-1-M12+M16-R8
Cast resin interior support 24 kV
Epoxy resin support insulator for indoor installations
Details
A36N-1-M10+M16-R8
Cast resin interior support 36 kV
Epoxy resin support insulator for indoor installations
Details
80/60-M10 UP K
GRP support polyester 3 kV
Low-voltage support insulator made of glass fiber reinforced polyester resin
Details
40/40-M10 UP K
GRP support polyester 2 kV
Low-voltage support insulator made of glass fiber reinforced polyester resin
Details
30/30-M8 UP K
GRP support polyester 1 kV
Low-voltage support insulator made of glass fiber reinforced polyester resin
Details
40/40-M8 UP K
GRP support polyester 2 kV
Low-voltage support insulator made of glass fiber reinforced polyester resin
Details
50/40-M8 UP K
GRP support polyester 2 kV
Low-voltage support insulator made of glass fiber reinforced polyester resin
Details
60/40-M8 UP K
GRP support polyester 3 kV
Low-voltage support insulator made of glass fiber reinforced polyester resin
Details
25/25-M5 UP K
GRP support polyester 1 kV
Low-voltage support insulator made of glass fiber reinforced polyester resin
Details
25/25-M6 UP K
GRP support polyester 1 kV
Low-voltage support insulator made of glass fiber reinforced polyester resin
Details
30/30-M6 UP K
GRP support polyester 1 kV
Low-voltage support insulator made of glass fiber reinforced polyester resin
Details
35/32-M6 UP K
GRP support polyester 1 kV
Low-voltage support insulator made of glass fiber reinforced polyester resin
Details
35/32-M8 UP K
GRP support polyester 1 kV
Low-voltage support insulator made of glass fiber reinforced polyester resin
Details
35/32-M10 UP K
GRP support polyester 1 kV
Low-voltage support insulator made of glass fiber reinforced polyester resin
Details
40/30-M6 UP K
GRP support polyester 2 kV
Low-voltage support insulator made of glass fiber reinforced polyester resin
Details
40/30-M8 UP K
GRP support polyester 2 kV
Low-voltage support insulator made of glass fiber reinforced polyester resin
Details
40/40-M12 UP K
GRP support polyester 2 kV
Low-voltage support insulator made of glass fiber reinforced polyester resin
Details
50/40-M10 UP K
GRP support polyester 2 kV
Low-voltage support insulator made of glass fiber reinforced polyester resin
Details
50/40-M12 UP K
GRP support polyester 2 kV
Low-voltage support insulator made of glass fiber reinforced polyester resin
Details
50/50-M10 UP K
GRP support polyester 2 kV
Low-voltage support insulator made of glass fiber reinforced polyester resin
Details
50/50-M12 UP K
GRP support polyester 2 kV
Low-voltage support insulator made of glass fiber reinforced polyester resin
DetailsWarum LUKA für Wasserkraftwerke?
Korrosionsbeständige Komponenten für zuverlässige Energieanbindung
Feuchtigkeits- und Korrosionsschutz
Edelstahl- und GFK-Gehäuse verhindern zuverlässig Rost und sorgen für einen störungsfreien Betrieb in dauerhaft feuchten Umgebungen.
Hohe elektrische Sicherheit
Vollständig isolierte Leitungen und Anschlüsse gewährleisten eine sichere Energieübertragung auch bei hoher Luftfeuchtigkeit und Spritzwasser.
Thermische Stabilität
Flexible Dehnungsbänder kompensieren Temperaturschwankungen im Betrieb und beugen so Materialermüdung und Kontaktverlust vor.
Individuelle Anpassung
Maßgefertigte Gehäuse- und Verkabelungslösungen passen sich exakt an jede Kraftwerksgröße und bauliche Gegebenheit 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.
