
Wireless power for AMR
(autonomous mobile robots) makes them even more productive
(autonomous mobile robots) makes them even more productive
适用于 AMR(自主移动机器人)的无线供电,赋予更强大的前景。 从“人到货”和“货到人”到运输、操作和分拣任务——未来工厂需要移动性和灵活性。 自主移动机器人(AMR)和 AGV(自动导引车)适用于生产和物流中的多种自动化任务。 通过自主移动、协同作业,实现业内最佳灵活性——系统以充足的能量,实现完整的自主化。
全自动,始终获得所需能量
The great advantage of AMR compared to static container or pallet conveyor technology is its flexibility. With the help of artificial intelligence or machine learning, the systems decide autonomously which task they perform and when. With AI, the systems automatically adapt their transport routes to changes in the warehouse layout. In addition, the implementation can usually be completed in the shortest possible time.
With our non-contact charging systems, the mobile robots always receive fully automatically the amount of energy they need for their transport tasks. The vehicles do not have to interrupt their workflow for charging breaks. Inductive charging is therefore the key to maximum automation productivity and 24/7 operation of the systems.

Selected customers and partners with integrated inductive charging at AMR

物流与生产行业的 AMR(自主移动机器人)无线供电
Equipped with our etaLINK series wireless power systems, AMR does not require any restrictive plug or sliding connections. Our energy solution consists of a wallbox and a charging pad, which is installed at frequently frequented places in the logistics and production environment. The powerful mobile electronics are very compact. The patented receiver coil, the mobile charging unit and energy storage device can be integrated into the mobile robot for inductive charging in a space-saving way.
If an AMR approaches a charging point placed in the logistics environment, the energy supply starts fully automatically in less than one second. etaLINK has an efficiency of 93%, so mobile robots can use even the shortest stops for efficient energy supply. Furthermore, the charging station can also be approached omnidirectionally.
无线供电如何提升 AMR 的效率?
The new wireless power technology from Wiferion enables “in-process charging”. Here, autonomous mobile robots receive short intermediate charges during the ongoing production and logistics process, thus keeping the energy level of the systems constant. The vehicles can perform their transport tasks in continuous operation without interrupting the logistical processes for charging breaks.
One charging station can operate different batteries with 24 to 48 volts, and the charging characteristic is freely programmable.
The Wiferion products communicate with the vehicle components via an integrated CAN interface. This guarantees an optimal charging process without heat development and a high process reliability, as well as all necessary data is transmitted.


面向自主车辆的免维护无线电池充电技术
AMR are efficient in handling small goods and products. Compact dimensions are decisive for this. Smaller batteries allow mobile robots to be designed even slimmer.
Since our wireless power products keep the energy level of the robots constantly high, we reduce the capacity ranges of the batteries. The required capacity of the battery used is reduced by up to 30%.
感应式充电实现机器人的免维护能源
由于我们开发的充电系统没有机械滑动接触,因此,我们的充电系统无需维护。 这给机器人和 AGV 提供了极大优势,因为,氧化的插头或断裂的电缆常常会导致系统停机。 因此,感应式充电可让您的自动化更可靠。


迅速开启的感应式充电
Flexibility and fast implementation in the company characterize the mobile robots, so delays due to necessary construction measures of traditional loading technologies are counterproductive.
The etaLINK system from Wiferion can be installed in an extremely flexible manner. The charging pads can be attached in a few days to walls on the floor, on driveways, in parking areas or loading and unloading stations. New placements due to changing layouts can be implemented quickly with just a few simple steps.