SUMEC TOUCH WORLD

The 2.5KW high-power wireless charging system is a revolutionary energy solution designed to provide efficient and safe contactless power transmission for medium and heavy-duty mobile devices. It completely solves the problem of being cumbersome, dangerous and easy to ignite charging piles in high-power scenarios. It is a key part of the comprehensive automation of heavy AGVs, electric forklifts, special work vehicles and outdoor off-highway equipment.
typical application 
Logistics and warehousing: Automatic and rapid charging of heavy AGVs, electric forklifts, and pallet handling robots.
Special vehicles: Unmanned energy management for airport ground guided vehicles, golf carts, and park patrol vehicles.
Industrial manufacturing: Power supply systems for large-scale assembly robots and mobile working platforms.
Special areas: Suitable for specific workplaces that require explosion-proof and non-spark safety requirements.
System core advantages
1. Superfast energy replenishment to improve efficiency
The 2.5KW high power can quickly replenish power for medium-sized equipment in 1-2 hours, greatly shortening equipment standby time and improving asset utilization.
2. Extreme efficiency and cost saving
System efficiency exceeds 92%, fully automatic charging，without physical contact, no wear,Almost zero maintenance, significantly reduce operating costs。
3. Safe and reliable, without fear of the environment
There are no exposed contacts, which fundamentally eliminates the risk of sparks and arcs, and is especially suitable for flammable and explosive environments; it is also protected from wind and rain, and is suitable for various indoor and outdoor working conditions.
 

Wit-Charge Technology Co., Ltd. is a high-tech enterprise specializing in the research, development, and application of high-power wireless charging technologies. Through  magnetic resonance and intelligent control systems, we aim to overcome the limitations of traditional wired charging and accelerate the global transition toward green and sustainable mobility. As artificial intelligence,smart manufacturing, and autonomous driving continue to evolve, wireless charging will become an essential infrastructure across the new energy era. Our mission is to become a global leader in wireless charging technology solutions, opening a new chapter in the future of intelligent energy. Wit-Charge Technology has established independent R&D capabilities in core wireless charging technologies and is committed to applying these innovations across a wide range of industries — including electric vehicles, electric two-wheelers, shared mobility vehicles, autonomous mobile robots (AMR), automated guided vehicles (AGV), drones, and electric agricultural machinery. By advancing the frontiers of wireless charging, we strive to build a smarter, cleaner, and more connected energy ecosystem worldwide.

Wit-Charge Technology Co., Ltd. is a high-tech enterprise specializing in the research, development, and application of high-power wireless charging technologies. Through magnetic resonance and intelligent control systems, we aim to overcome the limitations of traditional wired charging and accelerate the global transition toward green and sustainable mobility. As artificial intelligence, smart manufacturing, and autonomous driving continue to evolve, wireless charging will become an essential infrastructure across the new energy era. Our mission is to become a global leader in wireless charging technology solutions, opening a new chapter in the future of intelligent energy. Wit-Charge Technology has established independent R&D capabilities in core wireless charging technologies and is committed to applying these innovations across a wide range of industries — including electric vehicles, electric two-wheelers, shared mobility vehicles, autonomous mobile robots (AMR), automated guided vehicles (AGV), drones, and electric agricultural machinery. By advancing the frontiers of wireless charging, we strive to build a smarter, cleaner, and more connected energy ecosystem worldwide.