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Industrial · 2026-09-19
Industrial Wireless Charger Certifications: UL 1564, CSA, FCC, CE and TÜV Explained
UL 1564, CSA C22.2 No. 107.2-01, cTÜVus, FCC Part 15 and Part 18, CE under the Radio Equipment Directive, RoHS, REACH and TSCA — what each mark actually covers on an industrial wireless charging system, which market it applies to, and how to verify a supplier's claims before you order.
Read →Industrial · 2026-09-14
Forklift Charging Station: Types, Sizing & Requirements
Compare forklift charging station types, safety requirements and charger sizing. Explore wireless options and request a battery compatibility review.
Read →Industrial · 2026-09-14
Autonomous Agricultural Robots: Applications, Costs & Charging
Learn how autonomous agricultural robots work, where they add value, what limits adoption, and how to plan charging for battery-electric field robots.
Read →Industrial · 2026-09-08
Electric Scooter Wireless Charging: How It Works and How Fleets Adopt It
Shared e-scooter fleets still pay for plug-in docks, swappable-battery logistics, and the connectors that fail in daily use. Wireless charging removes the plug from the charging event — this guide explains how it works, what an OEM or fleet operator has to integrate, and the real costs and trade-offs.
Read →Industrial · 2026-09-03
Which Batteries Can Your Wireless Charger Charge? Li-ion, LiFePO4, LTO & Lead-Acid
Battery compatibility with a wireless charger is a system-level decision, not a nominal-voltage label. Compare the ONEPOINTECH LS300-A60 and LC180-A30 — which battery chemistries each is rated for, the voltage windows that matter, and what to verify before you integrate.
Read →Industrial · 2026-09-02
How RS485, CAN, and 2.4G Communication Work in Industrial Wireless Chargers
A wireless charger does more than transfer power — it runs a data handshake before any watt flows. Here's how the 2.4G link, the CAN/RS485 ports, and the charging control logic talk to each other in an industrial wireless charging system.
Read →Industrial · 2026-09-01
Constant Current / Constant Voltage (CC-CV) Charging: How Industrial Wireless Chargers Protect Battery Life
Industrial wireless chargers don't just push power into a battery — they follow a precise charging curve. Here's how constant-current / constant-voltage (CC-CV) charging keeps lithium packs in AGVs, AMRs, and forklifts healthy, safe, and ready for the next shift.
Read →Industrial · 2026-08-10
AGV Battery Charging: The Complete Guide for Fleet Engineers
A practical guide to AGV battery charging — battery types, charge cycles, opportunity charging vs. full charging, and how to size a wireless charging system for an AGV or AMR fleet.
Read →Industrial · 2026-06-15
Wiferion Alternative for AGV & AMR Wireless Charging Systems
ONEPOINTECH offers industrial wireless charging solutions as a Wiferion alternative for AGV, AMR, and mobile robot applications, with 1.5kW and 3kW systems, customization support, and OEM project experience.
Read →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.
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