Synopsis

As the energy landscape rapidly evolves, the emergence of distributed energy resources (DERs) has underscored the need for innovative grid management approaches. This tutorial will explore Decentralised models as a forward-thinking solution for future distribution networks characterized by high DER penetration.

Attendees will delve into the core principles underpinning decentralised network architectures, including wide scale coordination and network planning with high DER penetration, microgrids, virtual power plants, peer-to-peer energy trading and local distribution electricity markets. The session will examine how these models enhance grid resilience, flexibility, and scalability by distributing control and decision-making closer to the point of energy generation and consumption.

The tutorial gives a comprehensive overview of the concept along with some real-world examples, drawn from countries that are advancing in DER integration such as Australia, and will illustrate successful decentralised strategies in managing complex distribution networks. Discussions will also cover emerging standards and regulatory frameworks that support Decentralised operations, as well as the economic implications of shifting from traditional centralized models.

Designed for engineers, system planners, researchers, and policymakers, this session will blend theoretical insights with practical case studies. Participants will be equipped with the knowledge to evaluate and implement Decentralised network solutions that not only accommodate high levels of DER integration but also pave the way for a resilient, sustainable, and adaptive future grid.