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Industrial · 2026-06-10
AMR Charging Station Specification Guide for Engineers
Choosing an AMR charging station is not only a product selection task. It is an engineering specification task. Before buying a wireless charging station for an autonomous mobile robot, engineers need to define the battery system, charging power, dock style, air gap, alignment tolerance, protection features and communication needs.
Read →Industrial · 2026-06-09
Wireless Charging Dock Design for Mobile Robots
A wireless charging dock for mobile robots is not just a charging pad — it is a complete mechanical, electrical, and workflow design covering transmitter placement, receiver mounting, air gap, alignment tolerance, charging power, thermal design, and robot parking accuracy.
Read →Industrial · 2026-06-08
Opportunity Charging for AGV and AMR Fleets Explained
Opportunity charging is a charging strategy where AGVs and AMRs receive short, automatic charging sessions during natural stops in their workflow instead of waiting for one long charging break. For industrial fleets, this helps reduce downtime, improve battery availability and support more continuous operation.
Read →Industrial · 2026-06-05
How to Choose Charging Power for AGV and AMR Batteries
Choosing the right charging power is one of the most important decisions in an AGV or AMR wireless charging project. Too small and the vehicle cannot recover enough energy during operation; too large and the project gets more expensive and can exceed the battery BMS charge limit.
Read →Industrial · 2026-06-04
AGV Charging Station Design: Wireless vs Contact-Based Docking
An AGV charging station is not just a place where an automated guided vehicle parks to recharge. For industrial automation projects, the charging station directly affects fleet uptime, battery size, maintenance cost, safety, and workflow efficiency. Compare wireless, contact-based and plug-in options.
Read →Industrial · 2026-06-03
AMR Wireless Charging Guide: Automatic Charging for Autonomous Mobile Robots
Autonomous mobile robots move without human control, but many fleets still depend on manual charging, exposed contacts, or precise mechanical docking. AMR wireless charging lets a robot charge automatically — no plugs, cables, or charging contacts.
Read →Industrial · 2026-05-18
How Industrial Wireless Charging is Transforming the Future of Manufacturing
Industrial wireless charging — the contactless transfer of electrical power to robots, vehicles, and machinery — is transforming modern manufacturing. This guide explains how it works and why it matters.
Read →Industrial · 2025-12-29
Wireless Power Transfer vs Wireless Charging
Wireless power transfer (WPT) and wireless charging are often used interchangeably, but engineers mean different things. This guide explains the difference and when WPT matters for industrial robots and contactless power.
Read →Industrial · 2025-11-13
FOD, OVP, OCP, and OTP in Industrial Wireless Chargers
In industrial settings, where AGVs, forklifts, and humanoid robots run around the clock, one charging mishap can cause costly downtime or safety hazards. That is why FOD, OVP, OCP, and OTP protection is essential in industrial wireless chargers.
Read →Industrial · 2025-11-12
800W Wireless Charging Modules: Ditch the Plugs for Robotics
What if your robots could grab a quick charge without ever stopping to plug in? That's the reality for teams using the TF02 800W wireless charging module from ONEPOINTECH — built for real industrial use, from humanoid robots to AGVs.
Read →Consumer · 2025-11-03
GaN vs Silicon Chargers (PD 3.1)
The shift from 100W charging to the new Extended Power Range (EPR) defined by the USB Power Delivery (PD) standard has fundamentally changed the power accessory market. For ONEPOINTECH's wholesale partners, this means a critical decision point: understanding how GaN vs silicon chargers compare within the PD 3.1 ecosystem.
Read →Consumer · 2025-09-25
Qi2 vs MagSafe: What’s Best for Your Phone?
Wireless charging just got simpler and faster. MagSafe popularized magnetic alignment and reliable 15W charging for iPhones; Qi2 adopts the same magnetic approach and brings it to more devices. Here is how they compare and which to choose.
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