Introduction To The Standard Iec 61850
Published 6/2026
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Language: English | Duration: 2h 54m | Size: 2.39 GB
Modern Electrical Power Substations
What you'll learn
Be able to explain the purpose & scope of IEC 61850 and why it was introduced.
Be able to describe the typical IEC 61850 substation architecture, including station level, bay level, and process level
Be able to distinguish between station bus and process bus applications.
Be able to interpret the basic data modelling concepts of logical devices.
Requirements
An basic understanding of how electrical power is delivered to Industrial, commercial and residential customers.
Description
Modern substations increasingly rely on IEC 61850 for protection, control, and automation, yet many practising electricians, technologists, and junior engineers have only been exposed to legacy hard‑wired schemes and proprietary protocols. Utilities and OEMs are deploying IEC 61850‑based systems faster than entry‑level staff can be trained, creating a skills gap at the interface between traditional power‑system knowledge and digital communications. This course is intended to bridge that gap by giving new practitioners a clear, structured introduction to the concepts, terminology, and practical implications of IEC 61850 before they are asked to interpret SCL files, commission IEDs, or troubleshoot GOOSE‑based schemes.
This course introduces the IEC 61850 series of standards as the modern communication and data‑modelling framework for substation protection, control, and monitoring systems. Starting from the limitations of traditional hard‑wired and vendor‑specific solutions, the course explains the objectives and architecture of IEC 61850, including station‑bus and process‑bus concepts, logical devices and logical nodes, and the standardised naming of data objects and attributes. Learners are then guided through the key communication services used in real substations, such as GOOSE messaging for high‑speed peer‑to‑peer signals, Sampled Values for process‑bus measurements, and MMS client-server communication for SCADA and engineering access. Practical examples show how these concepts translate into IED configurations, SCL files, and multi‑vendor interoperability, with emphasis on how IEC 61850 changes protection and control design, testing, and maintenance practices for working engineers and technicians.
Who this course is for
This course is for electrical power engineers and technologist involved with substation protection and control.