Electricity Infrastructure (Power Flows)

Infrastructures and subsystems that provide for the generation and physical movement of Electricity across the end-to-end Power System, including Generation Plant, Transmission Networks, Distribution Networks, Substations, Embedded Networks, Microgrids and diverse Energy Resources.

While historically designed for unidirectional operational, today Electricity Infrastructure increasingly experiences bi-directional Power Flows, especially in the Distribution Networks. A sample of conventional and emerging examples include:

  1. Power Flows from the Bulk Power System through the Transmission Networks to Bulk Supply Points (BSP).
  2. Power flows from BSP through Distribution Networks to Connection Points for each Customer.  
  3. Storage of excess Renewable Energy output for subsequent injection to the Power System at periods of Peak Demand.
  4. Customer-owned Distributed Photovoltaics (DPV) and Battery Energy Storage Systems (BESS) that provide Power to their own Loads and/or exports to the local Distribution Network.

Given the fast-evolving nature of power system transformation, the Future Grid Accelerator (FGA) has the status of a perpetual BETA version. Your suggestions for how each concept and definition may be enhanced are very welcome.

All feedback will be reviewed and considered for inclusion in subsequent updates.

Please provide your suggestions to improve to this definition: