An integrated set of disciplines that support the holistic structural transformation of legacy power systems to meet future policy and customer expectations.
A modern Power System consists of an ultra-complex web of seven distinct, inter-dependent Structures. Viewed from a whole-system perspective, the is a Network of Structures
A branch of mathematics and computer science that studies the properties and behaviour of complex systems that can be represented as networks of interconnected nodes.
The systematic operational alignment of Utility assets and non-Utility Energy Resources via Dispatch Instructions, direct technical control and/or market-based incentives, to ensure System Security, Resource
A formalised model for determining how a diverse range of Power System assets and Distributed Energy Resources (DER) will cooperate to solve common problems. This
An integrated set of disciplines that support the structural transformation of legacy Power Systems, enabling them to more effectively serve evolving Customer and Societal Objectives,
An integrated set of documents and diagrams that capture the essence of the structural relationships, linkages and interdependencies that enable the functioning of a complex System.
An architectural characteristic that takes the future scale growth of a System into consideration. It is a systemic measure of the underpinning Structure’s ability to
An environment/system where one failure can result in the failure of the entire system. For critical system such as GW-scale Power Systems, a key design
The stable relationships, linkages and interdependencies that are established between the Components of the System to enable the reliable achievement of the System purposes. Refer
A self-contained and identifiable part of a larger System, often characterised by specific functions or operations that contribute to the overall functionality or purpose of