Wibotic, a leading innovator in wireless charging technology, has unveiled a groundbreaking wireless charging system designed specifically for larger autonomous robots. This cutting-edge system boasts an impressive charging capacity of 1kW, setting a new standard in the industry.
According to Matt Carlson, VP of business development at Wibotic, the company's primary goal was to elevate the power level of their wireless charging system to cater to devices with larger battery capacities. "We are just as fast as a 300W plug-in charger, allowing us to charge at 1kW," Carlson explained. This strategic charge level aligns with the typical power ratings of factory outlets, making it an ideal solution for most robot companies.
Ben Waters, CEO and founder of Wibotic, emphasized the importance of balancing faster charging speeds with battery longevity. "Everyone wants faster charging, but what's really interesting is to charge in a way that maximizes the battery's lifespan with a slower charge," Waters noted. This approach ensures that robots can operate efficiently and reliably over an extended period.
Wibotic's wireless charging system stands out for its use of 6.78MHz for power transfer, a frequency that presents unique challenges. Despite this, the company has successfully maintained a longer range for enhanced positional flexibility while keeping the onboard charger compact and lightweight. The advanced design of the system allows for seamless integration into larger vehicles where space is a premium.
Moreover, Wibotic offers a comprehensive software solution, Commander, which enables users to schedule charging rates, optimize battery longevity, and manage battery replacement effectively. The charger's adjustable voltage and current settings provide customers with flexibility to cater to various devices, offering fast charging during the day and slower charging at the end of a shift.
As the demand for high-powered charging solutions continues to grow, Wibotic's 1kW wireless charging system represents a significant advancement in the field of robotics. With its compact design, efficient power transfer capabilities, and focus on battery longevity, this innovative system is poised to revolutionize the way autonomous robots are powered and charged.