Gas-insulated medium-voltage switchgear 8DJH 12 - blue GIS
Voltage up to
Short-time withstand current up to 21 kA
Rated current up to 630 A
Visit us at Enlit Europe 2022
As the energy sector races to meet the deadlines of the Paris Agreement, Europe is currently facing an energy crisis. Power utilities everywhere are looking for the best strategic approach to speeding up their energy transition. To meet the transition, silos must be broken, because sustainability and grid stability are not contradictory, but go hand in hand – through digitalization. Let’s meet from November 29 to December 1, 2022 in Frankfurt/Main, Germany, booth 12.1.C10 and discuss where and how to start!
8DJH 12 - blue GISThe 8DJH product family has been convincing customers for more than ten years worldwide. The 8DJH 12 extends this portfolio. It is a switchgear using Clean Air, an insulating gas exclusively consisting of natural elements of the ambient air. The new 8DJH 12 belongs to the “blue”-portfolio of Siemens AG. Every GIS of this portfolio is equipped with Clean Air and the proven Siemens vacuum technology, offering all advantages of a gas-insulated switchgear at the same time.
Features of blue GIS
Description of 8DJH 12
- Ring-main-unit up to 12 kV, 21 kA and 630 A
- Hermetically enclosed
- Type-tested switchgear according to
- Global warming potential < 1
- Highly stable
- For every application temperature
- Familiar operating concept for switchgear
- Environmental independence
- Compact design
- Maintenance-free design
- Personal safety
- Security of operation, reliability
- Economy, ecology
8DJH 12 - blue GIS: Discover your benefits
blue GIS meets the expectations of the Siemens customers further on, for example, with respect to switchgear availability, maintenance-free design, personal safety, compactness, and environmental independence. Clean Air consists of the natural elements of the ambient air and is therefore free of F-gases, with a global warming potential <1, highly stable, non-toxic, non flammable, and suitable for every application temperature.