Transaction-Oriented Dynamic Power Flow Tracing for Distribution Networks—Definition and Implementation in GIS Environment

There is a growing interest from owners of distributed energy resources (DERs) to actively participate in the market through peer-to-peer (P2P) trading. Many strategies have been proposed base P2P trading on. However, those schemes neither costs assets usage nor losses incurred are so far taken into account. This article presents transaction-oriented dynamic power flow tracing (PFT) platform for distribution networks (DNs) implemented geographic information system (GIS) environment. It introduces new transaction model that quantifies use DN, apportions and unlocks flexible surplus generation enabling prosumers can adopt simultaneously different mechanisms participation trading, maximizing renewable usage. The also helpful future operators (DSOs) overcome status invisibility low voltage (LV) DNs, determine who makes assets, debit on them explore effects connections. A case study conducted over IEEE European LV Test Feeder. tool provides clear, intuitive, temporal spatial assessment network operation resulting transactions, including share efficiency DERs.