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Company News Power Grid Monitoring
Jul 9, 2025
Reducing Cable Failures with Monitoring
The global push for renewable energy, rising demand for electricity, and the need to cut emissions are transforming our power grids. To keep pace, reliable cable systems are critical, and so is knowing exactly the asset condition.
View of dynamic ocean waves, illustrating challenging conditions for offshore infrastructure monitoring
Case Study Power Grid Monitoring
Mar 27, 2025
Advanced Long-Range Submarine Power Cable Monitoring
AP Sensing deployed two Distributed Acoustic Sensing (DAS) instruments to monitor the interconnector, delivering comprehensive and real-time insights into the cable’s condition.
Subsea cable on the ocean floor, monitored by AP Sensing Distributed Fiber Optic Sensing
Case Study Power Grid Monitoring
Mar 27, 2025
Subsea Power Cable Monitoring with SmartVision and RTTR
The AP Sensing softwares - SmartVision and RTTR, is installed on an industrial server located at the rack, enabling access and local operation.
AP Sensing receives 2024 award for sensing in Offshore Wind Power from Fiber Optic Sensing Association
Company News Power Grid Monitoring
Dec 1, 2024
AP Sensing Won the FOSA 2024 Sensing in Offshore Wind Award
AP Sensing is honored to be recognized by the Fiber Optic Sensing Association (FOSA) for our qDoBS Method for Power Cable Monitoring.
Visualizing and analyzing fiber optic sensor data for critical infrastructure monitoring in a control room
Case Study Power Grid Monitoring
Apr 19, 2024
Bus Duct Temperature Monitoring in a Hyperscale Facility
AP Sensing deployed one fiber optic Distributed Temperature Sensing (DTS) unit with four channels; each channel monitors up to approximately four kilometers for a major American tech company for its hyperscale facilities globally, specifically for a continuous monitoring solution for the entire length of high ampacity bus ducts that emerge from UPS rooms.
AP Sensing Power Cable Monitoring for Subsea, Buried & Overhead Lines
Company News Product News Power Grid Monitoring
Mar 7, 2024
AP Sensing Launches Power Cable Monitoring Video
AP Sensing’s DFOS technology continuously monitors your entire power cable infrastructure and enables network performance optimization.
Critical subsea cable infrastructure monitored by AP Sensing's leading Fiber Optic Sensing technology
Case Study Power Grid Monitoring
Dec 12, 2023
Depth of Burial State Monitoring
In this case study, we demonstrate the effectiveness of our method by comparing the calculated DoBS results with the exposed locations determined during a Remotely Operated Vehicle (ROV) survey on the 500 kV Skagerrak4 HVDC interconnector between Norway and Denmark, conducted in August 2022.
Server room racks demonstrating environments monitored by AP Sensing fiber optics
Power Grid Monitoring
Sep 20, 2023
Expand DCIM Functionality with DFOS
Dedicated data center maintenance is critical in achieving tier classification via operational availability.
Infrastructure tunnel with power cables, showcasing assets monitored by AP Sensing's distributed fiber optic sensing solutions
Case Study Power Grid Monitoring
Jun 12, 2023
Fiber-Based Current Monitoring, Switzerland
AP Sensing, together with Brugg Cables, performed a study to measure sheath currents with the aim of electrical condition monitoring of the operator’s asset. AP Sensing’s sheath current monitoring solution (Fiberbased Current Monitoring - FbCM) using DAS for a 110 kV undergroundcable was implemented to minimize the risk of unexpected downtimes.
Backhoe loader with hydraulic breaker performing roadwork, depicting construction activity on a linear asset for AP Sensing monitoring
Case Study Power Grid Monitoring
May 31, 2023
AP Sensing Performed Urban Power Cable Monitoring Using DAS & AI
AP Sensing, together with our partner Crony, completed a project in Serbia aimed at monitoring underground, urban HVAC power cables and detecting activities that pose a risk to power cables, such as road construction. AP Sensing’s Distributed Acoustic Sensing (DAS) is designed and well-suited to detect TPI events by measuring s
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