IEC PAS 61980-6:2025

IEC PAS 61980-6:2025 addresses wireless power transfer for electric vehicles, with a specific focus on magnetic field dynamic power transfer (MF-D-WPT) system communication and related activities. For engineering teams, test laboratories, and procurement reviewers, it is a relevant technical document when evaluating how dynamic charging systems are coordinated, monitored, and assessed during operation. It supports technical review, verification activities, and documented evaluation where communication behavior and operational consistency are part of the compliance workflow.

What is IEC PAS 61980-6:2025?

IEC PAS 61980-6:2025 is the primary technical reference for the communication and activity-related requirements associated with MF-D-WPT systems used in electric vehicle wireless charging. Based on the official title, its scope is centered on how the system behaves and exchanges information during magnetic field dynamic power transfer, rather than on general vehicle electrification topics. Organizations may use it to support engineering documentation, technical validation, and conformity assessment preparation when working with wireless charging architectures.

Applications of IEC PAS 61980-6:2025

This document is most relevant to electric vehicle wireless charging projects that use dynamic power transfer through magnetic fields, especially where system coordination and communication must be evaluated in controlled or operational environments. It may be used by OEMs, subsystem suppliers, laboratories, and certification teams involved in product evaluation, test planning, and compliance workflows. It can also support procurement and technical review activities when specifying a compliance reference for wireless charging system development or verification.

Why is IEC PAS 61980-6:2025 important?

IEC PAS 61980-6:2025 helps provide a common basis for assessing communication-related behavior in MF-D-WPT systems, which can improve testing consistency and reduce interpretation differences across projects. That matters for safety, interoperability, and risk management because dynamic wireless charging depends on controlled coordination during power transfer. It is also useful for quality assurance and regulatory preparation, where teams need a reliable engineering specification to support technical assessment, compliance documentation, and conformity assessment activities.

• Focuses on communication and activity-related requirements for magnetic field dynamic power transfer in EV wireless charging.
• Supports verification activities, laboratory evaluation, and structured testing workflows.
• Useful for engineering documentation, procurement review, and compliance preparation.
• Helps align technical assessment with operational consistency and risk reduction goals.