Wireless Charging Safety Comparison: 100KHz vs 6.78MHz
The 100KHz system caused smaller objects to reach temperatures of 60-70°C, and larger objects, like scissors, reached over 100°C—temperatures that could damage equipment or pose safety risks. Meanwhile, the WiBotic 6.78MHz system kept foreign objects near room temperature (20-30°C), ensuring safer charging conditions for robots in dynamic environments.
Another notable advantage of the WiBotic 6.78MHz system is its ability to maintain higher power transfer across a larger air gap, adding extra flexibility for robotics applications. Discover why this makes the WiBotic solution a robust, safe, and efficient option for charging autonomous mobile robots (AMRs), automated guided vehicles (AGVs), and other industrial robotic fleets.
Interested in learning more about how WiBotic can provide a safer, more reliable, and more flexible option for wireless battery charging, feel free to reach out below: