Protecting a 63 KV Substation on SEAPATH With Multi Vendor Solution...
summary
Claims that virtual distance protections from ABB and Schneider Electric virtual distance protections run deterministically on a 63 kV substation using the open source SEAPATH platform. VIP’R R&D deploys R#SPACE-style virtualization to decouple infrastructure and protection functions, runs multi-vendor tests measuring real-time latency and deterministic behavior, and reports feasible interoperability in lab tests with the two vendors’ virtual protections; next step is an on-site proof of concept to confirm field performance.
AI-written summary · about
chapters (7)
- 0:00Introduction and agenda
- 1:04Problem of vendor locking
- 2:30SEPAS project and open source
- 4:16Schneider Electric’s perspective
- 6:26SEPAS as an accelerator
- 8:34Clarifying V-Pack terminology
- 9:57Next steps and conclusion
related talks
26mWhat Do Virtualization and SEAPATH Really Change for RTE ?
18mEngineering the Future: Alliander’s Journey Toward Software-Defined Substations
39mSeapath, the Configuration Project to Build a Platform/Cluster...
20mEnd-to-End Substation Digitalisation with QMU 800 & CMPC 800
40mUsing SEAPATH to Deploy Low Latency Virtual Machines with Redundancy
11mLF Energy’s CoMPAS Project Aims To Help Engineers Configure Substations Automatically
12mEnabling AD validation for the Software Defined Vehicle with a Structured Workflow
50mJoin the Mission to Strengthen the Industrial Ecosystem