IEEE P2030.13/D2.7, Jun 2023

IEEE P2030.13/D2.7, Jun 2023 is a draft guide for the functional specification of electric transportation fast charging station management systems. It focuses on how fast charging infrastructure may be organized, controlled, and monitored in practice, with attention to power, control, and transportation-related requirements. For engineers and project teams, this technical document helps define expected system behavior and interface needs so charging stations can be planned and evaluated with greater consistency.

Overview of IEEE P2030.13/D2.7, Jun 2023

IEEE P2030.13/D2.7, Jun 2023 addresses the functional specification layer of fast charging station management, which is central to electric transportation operations. In this context, the draft guide is relevant to systems that coordinate charging assets, control logic, and related operational functions across a station environment. It is especially useful where power delivery, monitoring, and operational requirements need to be aligned with transportation-use demands and engineering expectations for a managed charging installation.

Typical use cases

This draft guide may be used when defining requirements for fast charging station control systems, station management software, and associated communication or monitoring functions. It is relevant to deployments that support electric vehicle charging sites, fleet charging hubs, and managed public or private charging locations. Teams may use IEEE P2030.13/D2.7, Jun 2023 to help structure functional expectations for station operation, supervision, and coordination of equipment involved in high-power charging workflows.

Why it matters

Clear functional specification is important in fast charging environments because it supports consistency across design, procurement, and implementation. IEEE P2030.13/D2.7, Jun 2023 can help reduce ambiguity around how a station management system should behave, which may improve compliance efforts, testing readiness, and operational reliability. In practice, that can make it easier to compare solutions, coordinate system integration, and manage risk when deploying charging infrastructure that must perform predictably under demanding power and control conditions.

• Fast charging station management functions
• Control and monitoring requirements
• Power and operational coordination
• Electric transportation infrastructure planning
• Functional specification for managed charging sites