Abstract
In future, demand response scenarios, a multitude of different types of resources are potentially to be used, e.g. electric vehicles, flexible residential loads and battery storage systems. In order to solve the problem of real-time communication of data among the various resources, it is likely to be using different communication protocols. An aggregator utilizing several types of resources is faced with a problem of semantic interoperability. This paper addresses this challenge by presenting a testbed consisting of a microgrid model integrated with several controllers communicating with industrial grade protocols for demand response, including IEC 61850, OpenChargePoint protocol (OCPP), OpenADR and UDP.
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