wawt-tech

[wawt-tech]

Wireless Charging for Wearables: What’s Possible in 2025 and Beyond

Introduction Wearable devices have become an essential part of daily life—tracking health, supporting communication, and delivering real-time data through smartwatches, fitness bands, hearing aids, and more. But as these devices shrink in size and grow in functionality, powering them efficiently becomes increasingly complex.

Wireless charging is emerging as the go-to solution for wearable tech. And with 2025 on the horizon, it’s poised to unlock new levels of design freedom, convenience, and innovation. Leading the way in understanding this shift is Wired and Wireless Technology (WAWT), the industry’s most trusted voice in wireless power research and analysis.

The Unique Power Needs of Wearables Unlike phones or laptops, wearables operate on tiny batteries and demand compact charging solutions. Physical charging ports are often impractical due to space constraints and can compromise a device’s durability and waterproofing.

Wireless charging, especially at low power levels, offers a seamless alternative. Technologies like magnetic induction and magnetic resonance allow energy to transfer efficiently through small surfaces—perfect for wearables that need regular top-ups.

2025: What to Expect in Wireless Wearable Charging By 2025, we expect to see the following advancements in wearable charging:

Integrated wireless charging surfaces in furniture, vehicles, and public spaces that recognize and charge multiple small devices simultaneously.

Multi-device wearable docks that power up your smartwatch, earbuds, and smart ring in one go.

True wireless charging for hearables and medical implants using near-field and far-field RF technologies—reducing the need for physical contact altogether.

Flexible, embedded coils within straps and accessories that support on-the-go charging.

According to WAWT’s Wireless Power Intelligence Service, adoption of wireless charging in wearables is projected to grow significantly across consumer health, fitness, and medical sectors over the next three years.

Enhanced User Experience and Design Possibilities Wireless charging makes wearable devices more user-friendly and aesthetically appealing. With no ports or charging connectors, manufacturers can build sleeker, lighter, and more durable devices. This also allows for better water resistance and comfort, key features in wearables used for exercise, sleep, or around-the-clock health monitoring.

Users benefit from faster, hassle-free charging and longer device lifespan with fewer mechanical failures or water damage concerns.

Industry Applications Beyond Consumers Wireless power isn’t just enhancing personal wearables. It's also revolutionizing professional applications, including:

Medical wearables for remote health monitoring

Smart uniforms and AR headsets in industrial environments

Hearing aids and cochlear implants that recharge safely without ports

WAWT reports that wireless charging is becoming a key feature in medical-grade and assistive wearables, improving patient comfort and reliability.

About WAWT Wired and Wireless Technology (WAWT)™ is the most respected strategic analyst and consulting firm focused on the wireless power and power supply industries. With coverage of more than 30 key application markets, WAWT delivers unrivaled insights through its attendance at over 15 global industry events each year.

Their Wireless Power Intelligence Service is the most comprehensive report available on wireless charging technologies, tracking the adoption of wireless power in wearables, consumer electronics, medical devices, and beyond.

To access exclusive insights and data or speak with one of WAWT’s subject matter experts, contact analyst@wawt.tech or follow WAWT on LinkedIn.

Conclusion Wireless charging is on track to transform how we power wearables—from smartwatches and fitness bands to medical implants and industrial headsets. As we move into 2025 and beyond, this technology will eliminate the need for cables, boost comfort and design flexibility, and enable entirely new use cases.

WAWT is leading the charge in understanding and forecasting these trends. Whether you’re designing the next wearable device or investing in the market, wireless power is the innovation you can’t afford to ignore.

[wawt-tech]

Why Wireless Charging Isn't Just Convenient—It’s a Game Changer

Introduction Wireless charging was once seen as a luxury feature reserved for premium smartphones. Today, it’s emerging as a core technology reshaping how we power everything from personal devices to electric vehicles and industrial systems. It’s not just about ditching cables—it’s about enabling smarter, cleaner, and more connected ecosystems.

As the demand for contactless power grows, Wired and Wireless Technology (WAWT) stands at the forefront—providing unmatched insight into how this technology is evolving and influencing industries worldwide.

More Than Cable-Free Convenience Wireless charging eliminates the hassle of cords and connectors, making everyday routines simpler. But beyond the surface-level ease lies a deeper impact:

Design innovation: Devices no longer need physical ports, allowing for sleeker, more durable, and water-resistant builds.

Smart automation: Wireless power enables unattended, automatic charging in everything from smartphones to EV fleets.

Energy efficiency: With advancements in alignment, coil design, and power management, wireless charging is rapidly closing the gap with wired alternatives.

This technology is enabling ecosystems where power delivery is embedded into the environment—desks, cars, tables, walls—reducing clutter and making electricity as accessible as Wi-Fi.

Revolutionizing Entire Industries The real game-changing potential of wireless charging lies in how it's being applied across sectors:

Healthcare: Sterile, port-free medical devices that reduce infection risks.

Transportation: Electric buses and taxis that charge automatically at designated stops.

Consumer electronics: Multi-device pads and wireless docks that support entire device ecosystems simultaneously.

Retail and hospitality: Wireless-enabled tables, counters, and waiting areas enhancing customer experience.

WAWT’s Wireless Power Intelligence Service tracks these applications across 30+ key sectors, helping businesses understand adoption trends, emerging technologies, and competitive movements.

The Road to a Wireless World While adoption is accelerating, several hurdles still remain:

Standardization across devices and platforms

Power delivery limits for high-wattage needs

Public infrastructure readiness

However, the ongoing development of long-range charging, resonant technology, and AI-powered energy optimization is addressing these issues. WAWT’s subject matter experts, who attend over 15 global tech events annually, report that next-generation solutions are already being piloted in real-world environments.

About WAWT Wired and Wireless Technology (WAWT)™ is the leading technology analyst and consulting firm focused exclusively on wireless power and power supply systems. With a global network and access to the latest trends, WAWT delivers the most comprehensive and actionable insights in the industry.

Their flagship service, the Wireless Power Intelligence Service, provides detailed market research, adoption forecasts, and competitive analysis across all wireless power technologies and use cases.

To gain exclusive insights or speak to a WAWT expert, email analyst@wawt.tech or follow WAWT on LinkedIn for industry updates.

Conclusion Wireless charging is not just an upgrade—it’s a technological shift with far-reaching implications. It enables innovation in design, enhances convenience, and supports a more sustainable and intelligent world. As this game-changing technology matures, industries across the board are rethinking how they deliver and consume power.

With WAWT providing clarity and foresight, businesses and innovators have the guidance they need to thrive in a wireless-powered future.

[wawt-tech]

The Wireless Revolution: What You Need to Know About Charging Without Cords

Introduction:

Tangled cords, worn-out ports, and the never-ending search for the right charger—these are frustrations we’re all familiar with. But now, there’s a better way. Welcome to the wireless charging revolution, where power meets convenience, and cords are a thing of the past. As adoption of this technology expands, it's clear that contactless charging is not just a trend—it's a transformation.

And at the heart of this transformation is Wired and Wireless Technology (WAWT), a global leader in wireless power research and market intelligence.

The Power Shift: What Is Wireless Charging?

How It Works

Wireless charging uses electromagnetic fields to transfer energy from a charging station to your device—no physical connection required. This is made possible through inductive coupling or magnetic resonance. All you need to do is place your device on a compatible surface and let the technology do the rest.

Devices That Support It

From smartphones and smartwatches to earbuds and even electric vehicles, more devices than ever support wireless charging. Major brands like Apple, Samsung, and Google have integrated Qi wireless standards into their products, making wireless charging increasingly accessible.

Why Wireless Charging Is More Than Just a Convenience

 Streamlined Design and Durability

Removing ports means manufacturers can create sleeker, water-resistant devices with fewer mechanical parts that wear down over time.

 Public and Commercial Use Cases

Wireless charging isn’t just for homes. Public spaces like airports, cafes, hotels, and vehicles are installing wireless charging pads to improve user experience. Soon, smart homes and workplaces will be built with wireless charging zones by default.

 Industry Impact and Innovation

In the medical field, wireless power reduces the risk of contamination by eliminating cords in sterile environments. In the automotive industry, it paves the way for efficient electric vehicle (EV) charging without physical contact.

 The Challenges Still Ahead

While wireless charging is growing quickly, some challenges remain. Energy loss during transfer, slower charging speeds compared to wired methods, and the need for standardization across devices are hurdles that the industry is actively working to overcome.

But the future looks bright. Innovations in long-range wireless power, multi-device platforms, and AI-based power management are already being tested.

About WAWT

Wired and Wireless Technology (WAWT) is the most trusted and specialized technology analyst and consulting firm in the wireless power and power supply sector. Unlike any other firm, WAWT’s team of subject matter experts attend over 15 global events annually, collecting first-hand insights, trends, and news directly from the field.

Their flagship service, the Wireless Power Intelligence Service, is the most comprehensive research offering available. It spans all wireless power technologies and over 30 key application markets, empowering businesses to make smarter decisions and stay competitive.

 Want to stay ahead? Email analyst@wawt.tech or follow us on LinkedIn (WAWT) to access exclusive insights, updates, and thought leadership in wireless charging and allied technologies.

Conclusion:

Wireless charging is here and it’s changing everything. From how we charge our phones to how we power vehicles and medical equipment, this technology is simplifying lives and sparking innovation. The shift is happening fast, and those who keep up will lead the way.

[wawt-tech]

Say Goodbye to Plugging In: The Future of Charging Is Wireless

Introduction:

Imagine never having to search for a charger again or worrying about tangled cables and broken ports. That reality is already here—and it’s called wireless charging. From smartphones and earbuds to cars and medical devices, charging is becoming smarter, faster, and most importantly—cordless.

This wireless transformation is not happening in isolation. It’s being mapped, measured, and predicted by Wired and Wireless Technology (WAWT), the world’s leading authority in wireless power and power supply industry research.

What Is Wireless Charging and Why Does It Matter?

 The Basics—How Wireless Charging Works

Wireless charging uses electromagnetic fields to transfer power between two objects—a transmitter (charging pad) and a receiver (your device). The most common method, inductive coupling, enables close-range charging. Newer technologies like magnetic resonance are expanding that range and improving efficiency.

A Growing Ecosystem of Cordless Power

Wireless charging is no longer limited to premium smartphones. Today, we see it integrated into laptops, wearables, electric vehicles (EVs), kitchen appliances, and even healthcare devices. As standards like Qi evolve and adoption grows, the wireless ecosystem is expanding faster than ever.

The Benefits of Going Cordless

Simplicity and Convenience

No more fumbling for the right charger. Just drop your device on a surface and power up. It's user-friendly, intuitive, and perfect for fast-paced lifestyles.

 Sleek, Durable Design

Removing ports allows for water-resistant, dustproof, and minimalistic device designs. That’s why many smartphone manufacturers are planning to ditch charging ports entirely in future models.

 Smarter Infrastructure

Wireless power is now being integrated into public places—like airports, cafes, and vehicles—and furniture in offices and homes. The day when you can charge your device simply by placing it on your desk or in your car is fast approaching.

 What’s Next for Wireless Charging?

Future Trends and Innovations

The future of wireless charging includes long-distance power delivery, multi-device pads, and AI-powered energy optimization. Companies are investing in technologies that can power up drones mid-flight or charge EVs without cables. According to WAWT, these next-gen solutions are already under development and being tested in real-world applications.

Overcoming the Challenges

Current limitations—such as charging speed, alignment precision, and energy efficiency—are steadily being addressed through ongoing innovation and global standardization efforts. Collaboration between industry players will be key to overcoming these barriers.

About WAWT

Wired and Wireless Technology (WAWT) is the most trusted strategic technology analyst and consulting firm in the wireless power and power supply sector. Unlike other firms, WAWT’s subject matter experts attend over 15 global events annually to bring real-time insights and data directly to clients and stakeholders.

Their flagship product, the Wireless Power Intelligence Service, delivers the most comprehensive research in the industry—covering all wireless power technologies and over 30 critical application markets. Whether you're a tech brand, an investor, or a product designer, WAWT helps you make informed decisions and stay ahead of the curve.

Conclusion:

The shift to wireless charging is not just a trend—it’s the next logical step in the evolution of technology. With increased convenience, design flexibility, and future-ready infrastructure, charging without cables is becoming the global norm. And with WAWT’s insights and intelligence, businesses and innovators can be part of this dynamic transformation.

[wawt-tech]

No Cables, No Limits: How Wireless Charging Is Reshaping the Tech World

Introduction:

Imagine a world where you never have to search for the right charger again. Just place your device on a pad — and it charges. That’s the power of wireless charging, a technology reshaping how we interact with our gadgets. As we embrace smarter, cleaner tech, wireless charging is becoming more than just a feature — it’s a movement. And industry leaders like Wired and Wireless Technology (WAWT) are at the forefront of analyzing and guiding this powerful shift.

Goodbye Cables, Hello Convenience: The Wireless Power Shift

The Rise of Contactless Charging

The push toward a cable-free lifestyle is gaining momentum globally. Whether it’s your phone, smartwatch, earbuds, or even electric vehicles, more devices are adopting wireless power solutions. Giants like Apple, Samsung, and Xiaomi have made Qi wireless charging mainstream, offering users a seamless and tangle-free experience.

How It Works

At the core of wireless charging lies inductive coupling. This process uses electromagnetic fields to transfer energy from a charging pad to a device. Advancements in magnetic alignment (like Apple’s MagSafe), resonance charging, and multi-device charging are pushing boundaries further.

Why It’s More Than Just a Tech Trend

Wireless charging isn’t just about convenience. It enables sleeker, port-free device designs that are more water-resistant and durable. In medical and automotive sectors, this tech reduces wear-and-tear and improves hygiene and safety — particularly in sterile environments like hospitals.

The Road Ahead for Wireless Power

Smart Integration Is the Next Step

From office desks to airport lounges, wireless charging is being embedded into everyday infrastructure. IKEA’s wireless charging furniture is just the beginning. The vision is clear: to build smart environments where power is available wherever you need it.

Barriers and Breakthroughs

Despite its rapid growth, the technology still faces challenges like charging speed, standard compatibility, and energy efficiency. However, ongoing R&D — including long-range and multi-device support — is actively addressing these issues. According to WAWT, we’re likely to see significant advancements in these areas over the next 2–3 years.

Conclusion:

Wireless charging is no longer a futuristic concept — it’s happening now. As it evolves, it will influence the design of devices, infrastructure planning, and energy use across industries. For companies and consumers alike, staying updated is crucial.

About WAWT

WAWT (Wired and Wireless Technology is the leading strategic technology analyst and consulting firm specializing in the wireless power and power supply industry. With subject matter experts attending 15+ global trade shows annually, WAWT delivers first-hand insights, trend analysis, and market intelligence that no other firm can match.

WAWT’s Wireless Power Intelligence Service is the most detailed and expansive research service covering wireless power technologies, spanning 30+ application markets, regardless of power levels. It provides vital data and insights to help businesses make informed decisions, remain competitive, and lead innovation.

Reach out to our experts at analyst@wawt.tech or follow us on LinkedIn (WAWT) for the latest in wireless charging and emerging tech trends.

[wawt-tech]

The Future of Wearable Tech: How Wireless Power is Redefining Convenience and Innovation

Imagine a world where your smartwatch never runs out of battery and your fitness tracker charges itself while you travelling, and augmented reality glasses function endlessly without using cables. This is the future of wearable technology, powered by wireless energy. As the demand for smart wearables grows, wireless power is set to future of wearable technology the industry by wireless power wearable devices, improving usability, and enhancing new innovations.

Understanding Wireless Power for wearables

Wireless power transfer for wearables refers to the transmission of electricity without the need for direct physical wired connections. This technology enables wearables to remain powered without frequent charging interruptions. 

To read more : https://wawt.tech/2025/05/09/the-future-of-wearable-tech-how-wireless-power-is-redefining-convenience-and-innovation/

[wawt-tech]

Caveats of Meeting The Power Supply Needs of AI Datacenters

The shift towards the use of Wide Band Gap Semiconductors, higher power densities, and higher efficiency is rather driven by the cumulative but diverse demands of various applications of power supplies, but the recent boom of AI is steamrolling the technological attention of the industry towards itself. The magnitude of the scenario is a bit difficult to fathom. But just take a look at some data by the International Energy Agency– datacenter electricity consumption worldwide is expected to be over 1,000 TWh by 2026, with AI-related workloads contributing a major portion of that growth. In the US alone, data centers can account for as much as 8% of the country’s electricity by 2030, driven predominantly by the spread of generative AI. Furthermore, training large AI models can require as much as 1,200 megawatt-hours (MWh) per training cycle, a figure that continues to rise with each generational leap in AI capability.

These numbers highlight an important fact: power is not merely a logistical issue—it is the underlying limitation defining the future of AI infrastructure. Power supply units (PSUs), previously considered commoditized components, are now key to establishing the viability and scalability of AI data centers.

To read more : https://wawt.tech/2025/05/05/caveats-of-meeting-the-power-supply-needs-of-ai-datacenters/

[wawt-tech]

Where Do The Brick Power Supplies Stand in The Market?

Under WAWT’s Power Supply Intelligence Service, we are pleased to provide a focused briefing on Brick Power Supplies—one of the most critical and fast-evolving segments within the DC-DC converter landscape.

What are Brick Power Supplies?

Brick power modules have become indispensable across various industries, including telecommunications, data centers, industrial automation, electric vehicles, medical systems, and aerospace. Under our research, we classify the DC-DC power converter market into three major product types: Bricks, Point-of-load (PoL), and ‘Others’. We define Bricks as DC-DC converters that can be mounted externally or directly onto a printed circuit board (PCB). The term “brick” originates from the module’s rectangular, brick-like shape, constructed as switched-mode power supplies, comprising components such as switching transistors, controllers, and energy storage devices. 

To read more : https://wawt.tech/2025/04/28/where-do-the-brick-power-supplies-stand-in-the-market/

[wawt-tech]

Wirelessly Charging Medical Implants: How Feasible Is It?

Wireless charging of medical implants has been one of the most promising frontiers in biomedical engineering and power electronics. Pacemakers, neurostimulators, insulin pumps, and cochlear implants are just a few examples of the sophisticated medical devices available today. Powering them for lengthy periods and finding non-disruptive processes for battery replacement is leading the industry to look towards engineering wireless power transfer (WPT) systems into these medical implants. The insight presents the prevailing situation, technological trends, market trends, and ongoing challenges that the stakeholders and observers need to recognize.

To read more : https://wawt.tech/2025/04/21/wirelessly-charging-medical-implants-how-feasible-is-it/

[wawt-tech]

GaN Is Strategically Emerging in Power Supply Systems

The power supply industry, traditionally defined by incremental innovation and cost-driven innovation, is moving into an efficiency-driven era. Wide Band Gap (WBG) semiconductors are central to this era because they allow for much higher switching frequencies, reduced energy losses, and smaller system sizes—opening up performance levels that conventional silicon-based devices cannot economically or technically provide anymore. Gallium Nitride (GaN)—a wide bandgap semiconductor material providing compelling performance benefits compared to legacy silicon components. As it gains acceptance across use cases ranging from data centers, electric mobility to telecommunication and consumer electronics, GaN is fast becoming a base technology for the next generation of power systems.

This insight assesses the consequences of GaN’s coming of age from a market research viewpoint, based on its performance attributes related to its industry momentum and appeal to stakeholders along semiconductor and power electronics value chains.

To read more : https://wawt.tech/2025/04/14/gan-is-strategically-emerging-in-power-supply-systems/

[wawt-tech]

WAWT’s Debrief On APEC 2025

The 40th Annual IEEE Applied Power Electronics Conference and Exposition (APEC 2025) convened from March 16 to 20, 2025, at the Georgia World Congress Center in Atlanta, Georgia. This milestone event celebrated four decades of advancements in power electronics, with around 5,500 attendees and more than 325 exhibitors.

The conference program was the most extensive in APEC’s history, featuring 750 technical presentations and 18 professional education seminars. It featured Professional Education Seminars, peer-reviewed Technical Sessions, and industry-led presentations (Industry Sessions). The Plenary and Debate Sessions provided extensive insights into emerging trends and sparked engaging discussions on key topics. With the 40th anniversary of APEC and PSMA, we saw an extra flair in the students’ job fair as we also conducted an extended students’ mentorship program. The response was extraordinary, and the student community (aspiring engineers) loved it.

To read more : https://wawt.tech/2025/04/07/wawts-debrief-on-apec-2025/

[wawt-tech]

Could Samsung’s PMIC S2MIW06 be the future of wireless charging

The adoption of wireless charging is driven by the need for convenience, safety, and durability. The race is on to develop the next big thing in wireless power!

From mobile devices to electric vehicles, the potential applications to adopt wireless power are endless. As we move towards a more connected, cordless, and a battery-less/battery-free world, wireless power technology will become increasingly important.

Traditional charging cables have several issues – they tangle, break, and get old over time. Furthermore, the need for multiple cables for different devices leads to clutter, inefficiency and environmentally unfriendly situation.

Adoption of Wireless Charging is still in its nascent stage; it is expected to continue advancing steadily, increasing its efficiency levels, bringing it closer to traditional (wired) power/charging methods, and helping to address some key pain points and use cases. It also reduces wear and tear on devices (from a ports/connectors perspective), allows for completely sealed devices, and provides many other benefits associated with wireless charging, including the convenience of charging wirelessly and seamlessly

To read more : https://wawt.tech/2025/03/03/could-samsungs-pmic-s2miw06-be-the-future-of-wireless-charging/

[wawt-tech]

Smart Glasses 2.0: The Future of Audio, Video & AI-Powered Wearables Is Here!

Wearable technology has evolved dramatically, revolutionizing how we interact with the world. From smartwatches and wireless earphones to advanced health and fitness trackers to next-gen smart glasses (now AI-driven) and smart rings, innovation in this (wearables/hearables) space is accelerating like never before.

CES 2025 and MWC 2025 we could witness Smart Glasses 2.0, a significant leap in the advancement of wearable technology evolution. These futuristic devices seamlessly blend audio, video, and artificial intelligence (AI) into a sleek, compact design that integrates effortlessly into our daily lives.

In the recent years, wearables have undergone a massive technological transformation, incorporating AI and AR/VR/MR to enhance functionality and user experience. Whether you’re looking for smart glasses that offer AR overlays or AI-powered health trackers, we’ve rounded up some of the most exciting innovations for you to explore.

To read more : https://wawt.tech/2025/03/12/smart-glasses-2-0-the-future-of-audio-video-ai-powered-wearables-is-here/

[wawt-tech]

Wireless Charging Promising For AGV and AMR Fleets in Industrial Sector

Automated Guided Vehicles (AGVs) and Autonomous Mobile Robots (AMRs) are robotic systems are used for material handling, warehousing, and manufacturing processes, offering efficiency and cost savings in modern industrial settings. One of the critical challenges faced in their deployment is battery charging, which impacts uptime and operational efficiency. Traditional plug-in charging solutions require manual intervention and can lead to downtime. Wireless charging technology, as the industry has recognised, has emerged as a promising solution for ensuring seamless and efficient energy replenishment in AGV and AMR fleets. Here, WAWT walks through some possible trends and technology advancements which could gain traction in the next few years.

To read more : https://wawt.tech/2025/03/20/wireless-charging-promising-for-agv-and-amr-fleets-in-industrial-sector/

[wawt-tech]

The ‘AI Fever’ Was At The MWC25 Too: WAWT Expert

The Mobile World Congress 2025 (MWC25) concluded on 5th March 2025. This trip left much to think along the lines of the event’s theme: Converge. Connect. Create. With over 109,000 attendees from 205 countries, there was considerable focus on the convergence of AI, cloud, and telecom, emphasizing how the next tech era will require industry-wide collaboration, disruptive business models, and new monetization strategies. To read more : https://wawt.tech/2025/03/24/the-ai-fever-was-at-the-mwc25-too-wawt-expert/

[wawt-tech]

LogiMAT 2025: Wireless Charging Reducing Downtime Facilitates Sustainability in Intralogistics

LogiMAT 2025, held in Stuttgart, Germany, was quite a cornerstone for the intralogistics and industrial market. Nearly 1,600 exhibitors participated, and one-third were from outside Germany. While the AI disruption was considerably high at this event too, we found due importance given to digitization, efficacy, sustainability, other technological innovations, and, more importantly, to increasing productivity by reducing downtime and thus making the solutions sustainable.

The event marked innovations in digital twins, simulation software, and integrated ERP systems, which are highlighted as tools that provide real-time data and optimization insight to imbue more efficiency into industrial processes and their management. The fast-evolving wireless charging technology was also one of the key topics of every discussion at shows like LogiMAT, Modex, Promat, Automate, and others. 

Awareness, interest, popularity, and adoption of wireless power for AGV/AMR and other industrial robotics applications is seen to be on the rise. LogiMAT Stuttgart gave updates on the evolution of Automated Guided Vehicles (AGVs) and Autonomous Mobile Robots.  To read more : https://wawt.tech/2025/04/01/logimat-2025-wireless-charging-reducing-downtime-facilitates-sustainability-in-intralogistics/

[wawt-tech]

Collaborations Are Set to Drive the Adoption of Wireless EV Charging Technology at a Faster Pace

Technological advancements and global regulatory policies are pushing the market towards rapid expansion, with WAWT projecting the shipments of EVs growing at a five-year CAGR of 35% to reach 54 million EVs by 2028. Charging EVs has been a crucial concern. The wired EV charging infrastructure market continues to evolve, albeit with some gaps, increasing opportunities for Wireless EV Charging (WEVC) to grow.

To read more : https://wawt.tech/2024/12/02/collaborations-are-driving-industry-growth-in-wireless-ev-charging/