What question did this study set out to answer?

The aim is to test and validate the IEEE 2030.5 protocol in a laboratory setup for communication with legacy systems.

January 23, 2026Open Access

InterSTORE- D3.4 Report on Test and Validate On Laboratory Enviornment

Key Points

The aim is to test and validate the IEEE 2030.5 protocol in a laboratory setup for communication with legacy systems.
Conducted laboratory experiments using IEEE 2030.5
Tested the legacy protocol converter with Modbus
Applied hardware in the loop simulation for virtual inertia and load shedding
Performed conformance testing across different locations including Rome and Aachen.
Successful verification of IEEE 2030.5 in communicating with legacy devices
Demonstrated effective load shedding and virtual inertia using hardware simulations
Achieved native conformance to the protocol standards in the testing environments.

Abstract

InterSTORE task 3.4 is a deliverabels on labouratry experiments of IEEE 2030.5 in natively supported device and the Legacy Protocol converter which uses IEEE 2030.5 and modbus to talk with legacy devices this is tested and verified with use cases fast frequncy services such virtual inertia and load sheading using controlled harwarde in the loop (RTDS Simultor having the propsed load sheading scenerio, In RWTH ACS aachen ) and using hardware in the loop (virtual Inertia) HessTech GridLab Valencia. The native conformance testing of IEEE 2030.5 carried between out in Enel X Rome Italy and In RWTH ACS aachen.

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Cite This Study

Manuel Nithin (Wed,) studied this question.

synapsesocial.com/papers/69730fc4c8125b09b0d1f8aa https://doi.org/https://doi.org/10.5281/zenodo.18327868

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