Global Scans · Wireless Power · Weekly Summary

• [New] Queen Mary University in London will receive over £960,000 to develop a wireless power transmission system with high efficiency over a long range. The Engineer
• Wireless power transfer is the fastest-growing over the 2025-2032 period. Persistence Market Research
• Over the next decade, the world will make the switch to electric vehicles at the same time as a raft of technologies reach maturity at the same time: artificial intelligence, high speed wireless networking, massive computing power and ... autonomous driving capabilities. New Atlas
• Developed by North Dakota-based wireless power company IVO, Ltd., the Quantum Drive will serve as a testbed for an alternative theory of inertia that could have significant applications for propulsion. THE INTEL DROP
• Moving forward, ZTE will continue to deepen collaboration with operators, enterprises, and industry partners in Indonesia while strengthening its technology portfolio, ranging from wireless access solutions and optical transport to data center infrastructure and telecommunications energy solutions. theregister
• ZTE will present ten innovative wireless products and solutions to help operators build a 5G network with full-band integration and new growth of 5G with a minimalist architecture, strong performance, and extremely efficient energy saving. GizChina Media
• Japan plans to fly a demonstrator mission in 2025, while China has its own demonstrator planned for 2028, with a ground-based wireless power transmission test facility already in place. SciTechDaily
• CPT, although still emerging, enables wireless energy transfer using electric fields and is gaining attention for its potential in compact and lightweight system designs. openpr
• Local areas across the UK will be helped to boost their digital connectivity and develop advanced wireless technologies, thanks to a new £40 million fund that could power everything from innovative healthcare solutions to futuristic farming and smart systems to improve transport and cut congestion. ScotlandIS
• The Medium Power standard set by the Wireless Power Consortium currently supports 30 W to 65 W, with future capabilities expected to reach 200 W for devices such as portable power tools, robotic vacuums, drones, and e-bikes. Persistence Market Research
• The DePIN story by 2030 is simple: every major infrastructure vertical (wireless, compute, storage, energy, sensors) will have a decentralized alternative operating at meaningful scale. Future

Last updated: 07 September 2026