Testing Features of the IEC 61850 Standard: Understand the Differences and the Structure of a Tester
Discover how testing is performed according to the IEC 61850 Standard and the main differences from traditional methods. An explanatory video with Engineer Cristiano and insights into the structure of an IEC 61850 tester.
The IEC 61850 Standard revolutionized the electrical sector by standardizing communication and interoperability between protection and automation devices. However, testing under this standard presents particularities that set it apart from traditional methods. In the video below, Engineer Cristiano explains these differences and outlines the basic structure of an IEC 61850 tester, which is essential for performing all required tests.
Differences Between IEC 61850 and Traditional Testing
While traditional tests focus on analog signals and conventional protection logic, testing based on IEC 61850 involves:
- Digital Communication: Use of digital protocols such as GOOSE and SV (Sampled Values).
- Interoperability: Verification of the ability of devices from different manufacturers to communicate efficiently.
- System Configuration: Tests based on SCL (System Configuration Language) files, such as CID and SCD.
These characteristics require specific equipment and methodologies, which are covered in the video.
Structure of an IEC 61850 Tester
In the video, Engineer Cristiano presents an overview of the basic structure of an IEC 61850 tester, which includes:
- Communication Interface: Support for protocols such as GOOSE, MMS, and SV.
- Signal Generation: Ability to simulate real-world operational and fault scenarios.
- Data Analysis: Tools to interpret and validate test results.
This structure is sufficient to perform all required tests according to the standard, ensuring system compliance and efficiency.
Watch the Explanatory Video
To understand in detail how IEC 61850 testing works and the tester’s structure, watch the full video with Engineer Cristiano:
🎥 Watch the video:
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Conclusion
Testing according to the IEC 61850 Standard is essential to ensure the safety and efficiency of modern electrical systems. With Conprove’s explanatory video, you will gain a clear understanding of the differences from traditional methods and the necessary structure to perform these tests.
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