Wireless Charging Industry News · Shanwu

15 2026/08

From Phone Pads to a $10 Billion Market: Three Forces Reshaping Wireless Charging in 2026

Industry reports put 2026 global Qi wireless-charging sales at about ¥75.45 billion, while multiple research firms size the broader wireless-power market (including automotive and industrial) between $12.8B and $44B. The pie is growing, but the rules are being rewritten by Qi2 magnetic certification, phone-makers' own accessories, and embedded commercial demand—leaving smaller brands squeezed by certification costs, price wars, and component inflation.

12 2026/08

My Parents' Wireless Charger Wouldn't Work — The Phone, Not the Charger, Was the Problem

Bought a wireless charger that won't charge your parents' phone? The phone may be the problem, not the charger. This guide explains which phones lack wireless charging and three practical fixes.

12 2026/08

Past the Desktop: ICWPT2026 in Urumqi Turns the Industry's Gaze Toward Industrial Sites

ICWPT2026 closed in Urumqi, shifting the wireless-charging industry's focus from consumer electronics to cars, drones, underwater gear, and industrial robots. Magnetic-resonant medium- and high-power systems solve alignment and protection, with industrial shipments up over 35% in three years.

06 2026/08

Toyota Gosei Teams Up with Ossia for True Wireless Charging: Phones Top Up 5 to 10 Meters Away, but Don't Hold Your Breath

Toyota Group's Toyoda Gosei and U.S. startup Ossia signed a joint R&D deal to build cable-free, pad-free charging you can use across a room. A lab in Aichi already powers a phone from several meters away. We break down how it works, how it differs from magnetic chargers, and why it has stayed in the lab.

06 2026/08

Don't Judge a MagSafe Charger by Wattage Alone: Graphite, Fan, or TEC Cooling, Tested

A wireless charger throttles the moment it heats up, so its cooling design — not the number on the box — decides real speed. We compare passive graphite, active fans and TEC Peltier cooling with measured temperatures from 50W stands and Qi2.2 3-in-1 models.

05 2026/08

A One-Meter Dorm Desk and a No-Drill Rental: What Three Wireless Chargers Taught Me About Small Spaces

Tiny dorm desks, shared outlets, and a tangle of cables are the norm in rentals. Can a 3-in-1 wireless charger fix it? Here is how to choose and place one in a small space—wattage, footprint, no-drill mounting, and heat.

05 2026/08

Baseus Leads with Qi2.2 Magnetic Power Banks: Three Models Hit Global Shelves in August, 25W Becomes the Baseline

Baseus is bringing three Qi2.2-certified magnetic power banks to global shelves this August, the first time 25W magnetic wireless charging reaches consumers at scale. Here is what the lineup offers and who it fits.

02 2026/08

Not Charging, or Cutting Out Halfway? Troubleshoot Your Wireless Charger in This Order Before Replacing It

A wireless charger that refuses to start, cuts out mid-charge, or crawls at 7.5W despite a 15W label is usually not broken. Work through adapter protocol, coil alignment, phone case, thermal cutoff and foreign object detection in that order, then cross-test to find the real culprit in about ten minutes.

02 2026/08

80W vs 25W: Why Faster Wireless Charging Is Getting Less Universal

Chinese flagships push wireless charging toward the 80W ceiling set by MIIT, while the global Qi2.2 standard holds at 25W. Peak wattage depends on proprietary handshakes and first-party docks, so a third-party pad drops the phone back to the public lane. Meanwhile multi-device and desktop pads dominate the 637 certified Qi2.2 products.

01 2026/08

A 29-Yuan Pad vs a 329-Yuan One: Pry Off the Shell and the Difference Is Four Parts

A colleague showed me two wireless chargers that looked almost identical and asked which one to buy. One cost 29 yuan, the other 329. You cannot tell from the outside, so we opened them. Cross-checking a Shanghai consumer council comparison of 18 units against several published teardowns, the money goes into four places: the controller chip, the shielding sheet and coil winding, the thermistor at the coil centre, and whether foreign object detection actually works.