by Annika | Nov 10, 2023 | Mixed circuit protection, Power Grids, OHL sag, ampacity and dynamic line rating (DLR), Synchromerger, Renewables, Line differential protection for complex feeders, Synthesis, Industrial, Digitalising substations, Component Datasheets, Cable condition monitoring, Wide-area monitoring
Synthesis® Server provides convenient and secure local hosting of the Synthesis® Core and Visual Core software. It provides a one-box, turn-key solution for collecting and interpreting high-resolution data from many Interrogators, and other data sources. It is...
by Annika | Mar 17, 2023 | Power Grids, Refase, Home Featured, Industrial, White papers
Following on from the T&D World webinar, we are delighted to share with you our new white paper on ‘Solving complex feeder protection challenges and reducing wildfire risks with remote measurements’. In this white paper, we propose a comprehensive and...
by jeremy | Oct 22, 2021 | Mixed circuit protection, Power Grids, Renewables, OHL sag, ampacity and dynamic line rating (DLR), Synchromerger, Industrial, Synthesis, Component Datasheets, Digitalising substations, Cable condition monitoring, Wide-area monitoring
Synaptec’s range of Passive Temperature Transducers (PTT) utilises established, high-performance temperature measurement techniques which are fully compatible with our Distributed Electrical Sensing (DES) technology, enabling remote circuits to be instrumented...
by Emma Robinson | Oct 20, 2021 | Power Grids, Mixed circuit protection, Renewables, Synchromerger, OHL sag, ampacity and dynamic line rating (DLR), Industrial, Synthesis, Line differential protection for complex feeders, Component Datasheets, Digitalising substations, Cable condition monitoring, Wide-area monitoring
The multi-channel Distributed Electrical Sensing (mDES) Interrogator is designed for periodic monitoring of large numbers of electrical sensors with unprecedented efficiency.
by jeremy | Oct 20, 2021 | Refase, Power Grids, Industrial, Application Notes, Digitalising substations
Our passive sensors require no data networks, no control power, or expensive civil works. This scalable and passive instrumentation technology is ideal for digital substations because it radically reduces equipment footprint, cost and safety risk at the bay...
by jeremy | Oct 20, 2021 | Power Grids, Industrial, Application Notes, Line differential protection for complex feeders
Our passive sensors require no data networks, control power, or expensive civil works, and provide live data more reliably and securely from more remote and inaccessible locations. This multi-point instrumentation technology enables line differential protection for...
