IEC 63110-1:2022

IEC 63110-1:2022 defines the basic definitions, use cases and architectures for the protocol used to manage electric vehicles charging and discharging infrastructures. It is relevant for organizations that need a structured technical reference for evaluating EV charging-system communication and control concepts during engineering review, procurement, or conformity assessment. By framing the terminology and architectural model early in the lifecycle, it supports more consistent technical documentation, system integration planning, and regulatory preparation across charging infrastructure projects.

What is IEC 63110-1:2022?

IEC 63110-1:2022 is the foundational part of the Protocol for management of electric vehicles charging and discharging infrastructures series. Its likely role is to establish common definitions, typical use cases, and architecture concepts that can guide how charging and discharging infrastructure is organized and managed. For engineering teams, laboratories, and compliance teams, it provides a technical document that can support a more disciplined technical review, help align assumptions across stakeholders, and reduce ambiguity during specification and validation work.

Applications of IEC 63110-1:2022

This document is most relevant where EV charging or discharging infrastructure is being specified, integrated, assessed, or documented. Typical use cases may include networked charging systems, infrastructure management platforms, interoperability studies, and early-stage system architecture work. It can also support technical validation activities, procurement comparisons, and documented evaluation of solution concepts before implementation. Because it focuses on definitions and architecture rather than a narrow product type, it is useful across planning, testing workflows, and compliance workflows tied to electric mobility projects.

Why is IEC 63110-1:2022 important?

IEC 63110-1:2022 matters because clear terminology and architecture guidance can improve operational consistency and reduce integration risk in EV infrastructure programs. For teams responsible for safety, interoperability, quality assurance, or conformity assessment preparation, a shared reference helps make testing and engineering decisions more repeatable. It can also support procurement and technical specification reviews by giving buyers and suppliers a common baseline for evaluating how charging and discharging management functions are described, compared, and validated.

• Defines foundational terminology for EV charging and discharging infrastructure management.
• Supports architecture review and system-level technical assessment.
• Useful for compliance workflows, procurement review, and engineering documentation.
• Helps align testing activities and verification activities around a common framework.