DTS are Distributed Temperature Sensing systems which measure temperatures by means of optical fibers functioning as linear sensors.
Showing posts with label HVDC. Show all posts
Showing posts with label HVDC. Show all posts
Saturday, August 11, 2012
Cigre Session 2012: Join 6000 Executives and Experts from the Worldwide Power Industry in Paris
LIOS Technology is pleased to cordially invite you to attend the CIGRE Technical Exhibition in Paris:
International Council on Large Electric Systems Technical Exhibition LIOS booth 232
27 - 31 AUGUST 2012, Palais des Congres de Paris, Paris, France
LIOS Technology introduces its new EN.SURE DTS generation for Distributed Temperature Monitoring of Energy Transmission and Distribution Systems.
LIOS EN.SURE offers exact dynamic cable rating based on the real time temperature measurements along the entire cable circuit.
One single EN.SURE evaluation unit provides fast temperature sensing profiles with high spatial resolution along the optical fibre routes with monitoring ranges up to 40km per channel. It is the first maintenance free DTS which comes without any moving parts like fans or shutters.
» Register online for CIGRE Session 44 (technical exhibition included)
» Register online for CIGRE Technical Exhibition
Tuesday, December 6, 2011
40 per Cent Increase in Power Transmission Capacity between Finland and Sweden
For two major North European utilities ( Fingrid Oyj and Svenska Kraftnät ) LIOS Technology provided its most advanced multimode Distributed Temperature Sensing (DTS) systems to monitor the HVDC subsea link between the two utility grids. The electricity transmission connection is crossing the Gulf of Bothnia between southern Finland and Sweden.
The Fenno-Skan 2 HVDC project creates a new 800 MW, 500 kV subsea electricity transmission connection following a 200 km route.
It forms a bipolar arrangement with the existing 550 MW, 400 kV Fenno-Skan link, commissioned in 1989, providing a 40 % increase in power transmission capacity between the two countries.
The DTS systems provide real time distributed temperature sensing of the HVDC interconnecting subsea cable and land cables on both sides ensuring a save and stable grid operation.
The Fenno-Skan 2 HVDC project creates a new 800 MW, 500 kV subsea electricity transmission connection following a 200 km route.
It forms a bipolar arrangement with the existing 550 MW, 400 kV Fenno-Skan link, commissioned in 1989, providing a 40 % increase in power transmission capacity between the two countries.
The DTS systems provide real time distributed temperature sensing of the HVDC interconnecting subsea cable and land cables on both sides ensuring a save and stable grid operation.
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