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Industry News · 2026-11-09
ISO 21423:2026: AMR Interoperability and Charging
What ISO 21423:2026 means for AMR charging projects: distinguish fleet communications from battery control, define interface ownership and plan integration tests.
Read →Industry News · 2026-11-06
AMR Wireless Charging: What the Model C2 Launch Means for Integrators
What Quasi’s Model C2 wireless charging launch means for AMR integrators: charging-time calculations, battery limits and a practical system-selection checklist.
Read →Industry News · 2026-11-05
Wireless Charging at CeMAT ASIA 2026: 1.5 kW, 3 kW and 6 kW Systems
Highlights from our CeMAT ASIA 2026 visit in Shanghai: exhibited 1.5 kW, 3 kW and 6 kW wireless charging systems and practical AGV and AMR integration considerations.
Read →Industrial · 2026-09-28
Wireless Charging for Robotic Pool Cleaners: 60W Dock Design Guide
A practical guide to designing a 60W wireless charging dock for robotic pool cleaners, including battery fit, sealing, coil alignment, thermal design and prototype validation.
Read →Industrial · 2026-09-21
Wireless Charging Distance and Offset Tolerance: An Industrial Design Guide
How to specify the coil gap, X/Y offset, angular error and mechanical margin for an industrial wireless charging system — with verified ranges for 200W, 800W, 1.5kW, 3kW and 6kW ONEPOINTECH hardware.
Read →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.
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