IEEE P2030.13 PDF

IEEE P2030.13 PDF

This document provides a guide for the development of a functional specification for electric transportation fast charging station management and control systems, including the energy management and grid interaction functions. The fast charging station may incorporate local energy sources, including renewable energy resources such as solar photovoltaic (PV) generation, and battery energy storage systems. The document develops guiding principles for the implementation and deployment of fast charging station control systems and the basic functional requirements for the control system, and presents a set of core functions. These include: electric transportation energy storage discovery and evaluation of charging requirements; monitoring and control of charging profiles; charging station energy estimation, energy scheduling and management; charging station grid interaction and interaction and grid power exchange management. Grid code requirements and ancillary services provision are addressed.
The purpose of the guide is to provide an effective approach to the aggregation and coordination of the energy management of multiple fast chargers and the energy resources incorporated in the station, coordinate their operation as a system interacting with the distribution grid, optimize the charging of individual transportation systems and manage the energy drawn from the grid.
New IEEE Standard – Active – Draft. This guide develops a functional specification for fast charging stations (FCS) for electric vehicles (EV) and electric transportation systems in general. The primary role of the FCS is to aggregate multiple fast chargers and local assets, and to coordinate their operation and energy management. The FCS may incorporate local distributed energy resources (DER), including renewable energy resources, such as solar photovoltaic (PV) generation, and other DER, such as battery energy storage systems and controllable loads. The inclusion of these resources allows the FCS to be configured as a microgrid. The guide develops the basic functional requirements for FCS control system as two sets of core functions, associated with an energy management system and a charge management system. The core functions include discovery and evaluation of charging requirements of EV batteries; monitoring and control of charging profiles; estimation of available and required energy; energy scheduling and management; electric power system interaction and power exchange management. Grid interconnection requirements, and grid and ancillary services provision, are addressed.