AMR & Robotics
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Fuyou Network
&Advantech Technology
Advantech Industrial Computer Solutions
3D Vision Robots
Intelligent Innovations in Charging Modes
Case Background ▼
Background of the Case
In the context of the booming new energy vehicle industry, the lagging charging infrastructure sharply contrasts with the surging user demand. Issues such as uneven distribution of charging piles, occupied parking spaces, and poor compatibility of charging interfaces have become key bottlenecks restricting industry development.
The breakthrough in 3D vision robot technology is reconstructing the underlying logic of charging scenarios with its closed-loop capabilities of “precise perception + intelligent decision-making + flexible execution,” ushering in a new era of “unperceived energy replenishment.”
The deep integration of 3D vision and flexible robotic arms endows robots with “human-like” operational capabilities. The bionic flexible arm developed by Wanxun Technology employs fluid drive technology to simulate human muscle movement trajectories, combined with tactile sensors to achieve “force control + position control” dual closed-loop control.
When the robotic arm approaches the charging port, the vision system provides real-time feedback on positional deviations, and the flexible arm ensures precise insertion of the charging gun through micron-level adjustments, avoiding equipment damage caused by collisions typical of traditional rigid robotic arms. This flexible execution capability is even more pronounced in battery swapping scenarios: the robot uses 3D vision to locate the battery pack holder’s side, automatically correcting vehicle parking deviations, allowing for side-extraction battery swaps without human intervention, reducing the time for a single battery swap to 90 seconds, meeting the high-frequency energy replenishment needs of commercial trucks.
From “humans finding piles” to “piles finding humans,” and from “rigid operations” to “flexible adaptations,” 3D vision robots are redefining the interaction logic of charging scenarios. When technological breakthroughs resonate with industry demands, this charging revolution driven by visual intelligence will not only alleviate users’ range anxiety but also promote the evolution of energy consumption towards a sustainable model of “on-demand distribution and intelligent scheduling.”
Case Sharing ▼
Scenario Application
The 3D vision-guided robot provides users with an economical and flexible charging method, transforming “cars searching for charging piles” into “charging piles actively charging cars.” Now, any parking space can become a charging pile. After a car enters an unmanned charging station, the driver does not need to get out of the car, as a mobile charging robot provides charging services.
After using Advantech’s overall solution, the intelligent charging robot has the following improvements:
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The charging robot breaks through spatial limitations, allowing any parking space to become a charging pile.
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The robot accurately locates the charging port, guiding the charging plug for automatic rapid charging.
Solution Architecture ▼
Schema Structure
Recommended Products for the Case
Advantech
IPC-220 V2
Compact industrial computer equipped with 12th/13th/14th generation Intel® Core™ i CPU socket (LGA 1700)
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Intel® 12th/13th/14th generation Core™ i CPU socket (LGA1700) supporting Intel® Q670E/H610E chipsets
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Supports 3 x independent displays (VGA/HDMI/DP, DP requires optional cable)
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2 x GigaLan, up to 8 x USB3.2 Gen2
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2 x RS-232/422/485
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1 x NVMe M.2 (Q670E Only), 2 x 2.5″ HDD/SSD, 1 x mSATA
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Power input 19 ~ 24 VDC
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Power output 12V/5V – 2A
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Supports Advantech i-Door
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Multi-functional LED display for system status and alarms
@Fuyou Network
400-900-5052