Öresundskraft expands installation of Exeri Smart Grid Surveillance™

 

Öresundskraft chooses to expand cooperations with Exeri, and is now investing in a large-scale installation of Exeri SGS, market-leading power grid monitoring, throughout Öresundskraft’s power grid to ensure continued environmentally friendly development in the region.

For 160 years, Öresundskraft has been at the forefront of innovative solutions for energy and communications, and strives every day to continue on that path. It is this drive to improve that, among other factors, makes Helsingborg one of Sweden's highest-ranked environmental municipalities.

Electricity is one of the important solutions for phasing out fossil fuels in industries and transportation. That transition depends on us being able to offer a stable supply of electricity to both private individuals and industries. A robust power grid is a must, and that is why we have chosen to work with Exeri to monitor parts of our power grids in a way that no one else on the market can offer
— Magnus Sjunnesson – Technical Manager, Öresundskraft

Exeri's solution, "Smart Grid Surveillance" (SGS), enables the visualization of the status of the power grid in real time - grid operators have access to a map of the monitored grid in Exeri's system, where precise fault positioning as well as possible solutions to immediately restore power to as many customers as possible are clearly indicated. There is no need for complicated calculations, guesswork or trial-and-error when sending out repair personnel, as they can be directed to the right place immediately.

The fact that Öresundskraft chooses our technology for monitoring their overhead line network says a lot about the difference we can actually make, and together we are now setting a benchmark in the modernization process of electricity networks both in Sweden and internationally
— Magnus Karlsson – CEO, Exeri

Exeri SGS is an industry-unique Swedish system that, unlike traditional fault passage indicators, provides accurate fault identification and positioning as well as a statistical view of where hard-to-detect, minor disturbances occur, which makes it possible to better plan maintenance work.

 
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