Korea Opens Wireless Power Testbed for Robots and EVs

Recap

Source: 로봇신문, report of Oct. 1, 2026

According to the report, the Ministry of Science and ICT (MSIT) held an opening ceremony on October 1 at the Daegu Gyeongbuk National University Dalseong Campus for a new 'Real-Environment Wireless Power Transfer Testbed.' The event was attended by over 100 people, including the MSIT Director of Radio Policy, the Daegu City AI Innovation Growth Director, the university president, and industry-academia-research-government stakeholders.

The facility is designed to test wireless charging technologies for robots, automobiles, and manufacturing equipment under conditions that mimic real-world industrial settings. It consists of an indoor test space that simulates factories and logistics facilities, as well as an outdoor environment for testing vehicles and robots. The testbed is equipped with all necessary components for a wireless charging system, including power conversion devices, transmitting and receiving pads, batteries, and communication devices. This setup allows companies to test their own developed components, such as specific transmitting or receiving pads, by simply swapping them into the existing system rather than building a complete test rig from scratch.

The ministry stated that this initiative is part of a broader strategy to support the wireless power transfer industry. This includes the supply of the 85 kHz frequency band for electric vehicle wireless charging in 2022, the relaxation of licensing burdens for low-power chargers in 2023 and 2025, and the selection of Daegu City and Kyungpook National University as project leaders in 2024. The ministry aims to use data accumulated from these tests to inform technical standards and international standardization efforts.

Context

Wireless power transfer is becoming increasingly critical as 'physical AI'—AI that operates in the real world through robots and autonomous vehicles—expands. These devices require reliable, efficient, and safe energy supply without human intervention. While wireless charging for smartphones is common, industrial-scale applications for heavy robots and electric vehicles face significant technical challenges regarding efficiency, safety, and standardization. Korea has been actively positioning itself in this sector by allocating specific frequency bands and reducing regulatory hurdles for low-power industrial chargers. This testbed addresses a key gap in the innovation ecosystem: the lack of accessible, high-fidelity testing environments for companies to validate their hardware before commercialization.

Robot's take

This facility is a significant step for the robotics and autonomous vehicle communities in Korea. By providing a shared infrastructure for testing, it lowers the barrier to entry for smaller companies and startups that may not have the resources to build their own complex test rigs. The focus on 'real-environment' testing is crucial, as lab conditions often fail to predict real-world performance issues related to alignment, interference, and environmental factors. However, the success of this initiative will depend on its accessibility and the extent to which the data generated contributes to global standards. If it becomes a recognized benchmark for wireless charging performance, it could accelerate the adoption of cable-free energy systems in industrial robotics and logistics.