Configuring IEC 61850 GOOSE: MICOM P543 to Siemens 7SJ64 Relay Communication & Testing

🔧 Master GOOSE Communication between Major Relay Platforms! 🔧 This video provides a step-by-step guide to configuring, implementing, and testing IEC 61850 GOOSE (Generic Object Oriented Substation Events) communication between two critical protection relays from different manufacturers: Siemens SIPROTEC 5 (Digsi 5 Platform): Specifically the 7SJ64 multifunctional protection relay. GE (formerly Alstom) Micom (MiCOM S1 Studio Platform): Specifically the P543 (or compatible P34x) relay. What You'll Learn: The Challenge: Setting up reliable GOOSE messaging between Siemens (Digsi) and GE/Alstom (MiCOM Studio) relays – a common real-world scenario requiring multi-vendor interoperability. Configuration in Digsi 5 (7SJ64): Defining the GOOSE Control Block (GoCB). Creating the GOOSE Dataset (signals to send: Breaker Status, Trip Commands, etc.). Mapping internal 7SJ64 signals to the GOOSE dataset. Configuring the GOOSE publish (TX) settings. Configuration in MiCOM S1 Studio (P543): Configuring the GOOSE subscription (RX). Importing/Manually creating the SCD file structure for the 7SJ64's GOOSE message. Mapping received GOOSE signals (from the 7SJ64) to internal P543 logic elements (Virtual Inputs). Using the received signals in P543 protection or control logic (e.g., Blocking, Intertripping, Breaker Failure Initiation). Network Considerations: VLANs, Multicast Addresses (MAC destination), APPID – ensuring switches are configured correctly. Practical Testing & Verification: Using relay front interfaces (HMI) to monitor GOOSE status (TX/RX). Utilizing OMICRON Test Universe (or similar) with the CMC test set to: Simulate signals on the 7SJ64 to trigger GOOSE transmission. Monitor GOOSE messages on the network. Verify the P543 correctly receives and acts upon the GOOSE signals. Check signal timing and latency. Using relay event logs and disturbance records (DRs) for verification. Common Pitfalls & Troubleshooting Tips: Addressing typical issues like mismatched datasets, APPID errors, VLAN misconfigurations, signal mapping errors, and "Test" mode flags. Why This is Important: Interoperability: Critical for modern substations using best-of-breed protection from different vendors. Applications: Enables advanced protection schemes like Breaker Failure (BF), Intertripping, Blocking, Load Shedding, and status sharing across bays/substations. Replaces Hardwiring: Reduces cabling, CT/VT burdens, and potential failure points. Goose between micom and digis relay I have done goose between P543 relay and 7SJ64 relay for Q87 and Q86 status. HOW TO CREATE MCL FILE FOR MICOM    • How to Create an MCL File for IEC 6850 in ...   how to make goose between Siemens relay    • GOOSE Configuration Tutorial | Siemens 7SJ...   Goose between ABB and Other relay    • ABB PCM600 & Schneider S1 Studio |  Config...