Testing Methodologies & Methods

This topic is dedicated to the advancement of laboratory testing methodologies and methods for modern power systems. It focuses on the development, refinement, and application of innovative testing approaches to address non-standard concepts and emerging technologies. Core elements include advanced methods such as Controller-Hardware-in-the-Loop (CHIL), Power-Hardware-in-the-Loop (PHIL), multi-domain system testing, and geographically distributed co-simulation. 

The ultimate objective is to consolidate knowledge, share best practices among stakeholders, and establish common guidelines and standardized testing procedures. By doing so, this topic aims to ensure that testing methods are consistent, scalable, and aligned with the requirements of increasingly complex and innovative power systems.

This research area addresses several critical challenges related to testing methodologies and methods, including: 

• Harmonization of Definitions: Establishing consistent terminology and definitions for testing methods to improve communication and understanding across stakeholders. 

• Testing Procedures & Protocols: Developing comprehensive and harmonized procedures and protocols to streamline testing processes. 

• Test Specifications: Defining precise specifications to ensure tests are designed to meet the intended objectives. 

• Advanced Testing Methods: Refining and expanding methodologies such as CHIL, PHIL, and co-simulation for enhanced testing capabilities. 

• Testing Automation: Developing automation solutions to improve efficiency, reduce errors, and enhance repeatability in testing processes. 

• Test Reproducibility: Ensuring tests produce consistent and reliable results under similar conditions. 

• Scalability Assessment: Creating methodologies to assess the scalability of operational technologies and their performance under varying system sizes and conditions. 

• Standardization of Testing Methods: Driving the standardization of advanced testing methods to enable global adoption and interoperability.