IEC 62361-2:2013

IEC 62361-2:2013 addresses long-term interoperability in power systems management and associated information exchange, with a specific focus on end-to-end quality codes for supervisory control and data acquisition (SCADA). It is relevant when organizations need a technical reference for evaluating how quality information is represented, exchanged, and interpreted across connected control environments. For engineering teams, testing groups, and procurement specialists, IEC 62361-2:2013 supports documented assessment and helps align technical review activities with operational consistency and compliance workflows.

Overview of IEC 62361-2:2013

The purpose of IEC 62361-2:2013 is to provide a structured basis for understanding quality codes used in SCADA-related information exchange within power system management. In practice, that makes it a useful reference for interoperability planning, system integration, and technical validation where quality information must remain consistent between different applications or equipment. Because the subject is long-term interoperability, the document is especially relevant during engineering documentation review and conformity assessment preparation for control and monitoring environments.

Compliance applications of IEC 62361-2:2013

IEC 62361-2:2013 may be used in technical evaluation of SCADA architectures, data exchange interfaces, and related power system control workflows where quality codes affect interpretation of received information. It is relevant to teams preparing procurement specifications, conducting verification activities, or documenting system behavior for laboratories and integrators. In compliance workflows, it can support technical assessment of how monitoring, control, and status data are handled across interoperable platforms and how quality-related information is preserved for consistent operational use.

Importance of compliance with IEC 62361-2:2013

Using IEC 62361-2:2013 as a compliance reference can reduce integration risk by improving consistency in how quality codes are treated across SCADA and power system communication layers. That consistency is important for safety, engineering validation, and reliable operational decision-making, especially where data quality affects control actions or diagnostics. It also helps teams with testing consistency, conformity assessment preparation, and procurement review by giving them a clear technical basis for evaluating interoperability and documented performance expectations.

• End-to-end quality coding for SCADA information exchange in power system management
• Interoperability support for long-term control and monitoring architectures
• Useful input for verification activities, integration testing, and technical review
• Relevant to engineering documentation, procurement checks, and compliance preparation