Enquire about or pre-register for Enlit Europe 2026 in Vienna
More info
Home
/
Smart, space-efficient, reliable: exploring a new generation of MV air-insulated switchgear

Smart, space-efficient, reliable: exploring a new generation of MV air-insulated switchgear

60-minute session

Industries and societies are undergoing an energy transformation, and amid this, the role of power distribution equipment has never been more important.

In the coming years, network operators will install more switchgear than ever, driven by increasing demands and complexity and the need to incorporate more renewables into the mix. This means distribution professionals are at a key decision point: if they make the right sourcing decisions today, they can embed significant benefits that last for the next 30 years.

You are invited to an exclusive webinar, during which technical and product experts discuss how to make the right switchgear decisions and which innovations can help you unlock commercial and sustainable benefits that make your operation truly future-proof.

Get insights on topics including:

  • Why MV switchgear is a key contributor to the energy transition
  • Essential factors to consider when specifying MV air-insulated switchgear for primary distribution
  • Why MV switchgear footprint and space requirements will be limiting factors– and how to overcome these
  • How MV switchgear is becoming more flexible and efficient with Smart Solutions, enabling more sustainable operation
  • The savings which the new 500mm wide version of UniGear ZS1 enables compared to existing panels

Speakers:

Roman Pernica, Global Technology Manager, MV Switchgear and Instrument Transformers, Distribution Solutions Division | ABB

Karol Majer, Global Product Manager, UniGear and Smart Solutions, Distribution Solutions Division | ABB

Mats Östergård, Global Product Marketing Manager for Primary Air-Insulated MV Switchgear, Distribution Solutions Division | ABB

Watch On Demand:

Event details

  • Date & time

    Start: 27 Feb 2025, 13:00 GMT+0End: 27 Feb 2025, 14:00 GMT+0
  • Location

    Online