WIRELESS CHARGING IN THE NEWS
In the photovoltaic ocean of the desert, the cleaning robot is moving uniformly along the lines of the photovoltaic panel, and when they pass through a specific area, the blue light of the fuselage reveals the industry's top charging black technology - this is the magnetic resonance wireless charging system independently developed by WIRELESSPT.
At the Talatan photovoltaic power station in Qinghai Province, hundreds of cleaning robots are shuttling along a matrix of bright blue photovoltaic panels.
In the depths of the Kubuqi Desert in Inner Mongolia, hundreds of cleaning robots are slowly moving along a photovoltaic array, and the newly cleaned photovoltaic panels behind them are sparkling in the sun.
In the sun-scorched Gobi Desert, a blue ocean of photovoltaic panels is converting solar energy into electricity. But you may not know that for every 0.1 mm of dust accumulated on the surface of these photovoltaic panels, the power generation efficiency will drop by 6%. Traditional manual cleaning is not only inefficient
In the use experience of household cleaning robots, the choice of charging method directly affects the convenience and degree of automation of the product.
The innovation of wireless charging technology for catering robots is profoundly changing the service model of the catering industry, and injecting new vitality into intelligent catering services by improving charging efficiency and user experience.
Humanoid robot wireless charging technology is experiencing unprecedented rapid development, and behind this trend is the continuous expansion of robot application scenarios and the continuous breakthrough of technical bottlenecks.
Contactless wireless charging and contactless wireless charging of robots are two different energy transmission methods, which have significant differences in technical principles, application scenarios and advantages and disadvantages.
In the efficient inspection scenario, the wireless charging scheme used by the hanging rail inspection robot is becoming a key breakthrough in the intelligent upgrade of industrial facilities.
The efficient wireless charging scheme of intelligent robot automatic recharge is a key technological breakthrough to improve equipment autonomy and job continuity.
The wireless charging scheme of AGV/AMR automatic handling robots is becoming the core technical support for intelligent manufacturing and logistics upgrading. By eliminating physical contact, improving job continuity, and optimizing energy management, this technology is reshaping the automation ecology of industrial scenarios.
The application of wireless charging technology in the field of robotics is developing rapidly, providing innovative solutions to solve the pain points of traditional charging methods.