Founded by ‘Our Believers’, our customers A Trustable Source of Critical Market Data & Intelligence Our Passion: Research, Insights and Strategy Led by Subject Matter Experts (SMEs) Strategic directions backed by critical data and intelligence
Start Now
Dissuade ecstatic and properly saw entirely sir why laughter endeavor. In on my jointure horrible margaret suitable he followed speedily. Indeed vanity excuse or mr lovers of on. By offer scale an stuff. Blush be sorry no sight sang lose.
Authentic and critical market INFORMation is imperative to INFORMed decision-making.
We provide strategic inputs and business INTELLigence . Enables better business planning and decision-making.
Engage and INTERACT with our SME and the wider industry using our INTERACTive solutions..
Wireless power is a rapidly emerging technology quickly gaining adoption across wider applications and industry sectors.
We provide the most comprehensive data and insights on the wireless power market covering various technology solutions and applications across industry sectors.
Our research is backed by the knowledge and expertise of our highly respected, trustworthy, and networked SME (subject matter expert) in the industry.
The maturepower supply market is going through continuous advancement and technology development.
We provide themost comprehensive coverage and detailed assessment of the key product segments of the power supply market, with splits by various industries and application sectors.
Optimize your supply chain, and competitive position with critical market data and intelligence as well as strategic inputs from our highly respected, trustworthy, and networked SME (subject matter expert) in the industry.
While the automotive industry takes a more electric approach, the EV charging infrastructure market is trying to keep pace.
With the growing adoption of electric vehicles (EVs) and the expected increase in infrastructure investments, EV charging infrastructure market is going to play a key role in the development of our Smart Building, Smart Cities ecosystem.
Our teams at WAWT provide timely assistance to our clients in making technologically sound and financially beneficial investment decisions.
We have a multitude of syndicated and customized solutions to pick from. Considering your specific research and business needs our SMEs have built fulfilling solutions incorporating:
Please contact our Subject Matter Experts (SMEs) who would recommend appropriate solutions based on your current and future needs
We have a multitude of syndicated and customized solutions to pick from. Considering your specific research and business needs our SMEs have built fulfilling solutions incorporating: Research Data & Analysis Intelligence Service Strategic Advisory and Consultancy Services Interactive Services – Events, Webinars & Workshops Bespoke solutions
Please complete and submit the below enquiry form and lets get connected.
We are Thought Leaders in our market industry and our insights add immense values to our clients. Our solutions and our 3i research based approach is used to provide strategic guidance across various wired and wireless technology markets with our extensive market coverage. Our SMEs often operate as Trusted Advisors to our clients and act as Strategic Business Partners to help them maximize their growth and succeed.
About Us
Dinesh’s analyses of the wireless power market have been highly valuable, helping us priortise the right markets, customers and applications. We gained invaluable intelligence backed by with actionable data.”
“It’s research and insights have helped us identify new and strategic opportunities in this emerging market, and help us focus our energy developing solutions for relevant applications markets and use-cases”
“Sort-after analyst on this market, highly networked analyst, everyone in the industry knows him.”
“Data and insights provided based on real research, rather than just web-research.”
E-mail : analyst@wawt.tech
Tel : +44 7935 855255
Dinesh, a well-established and well-networked, industry expert, offers 27+ years of experience providing high-level insights and strategic advice to companies across sectors and the profile of companies. Over the past 12 years, he has worked across various technology sectors, including wireless power and power supplies. It’s safe to say, he is passionate about research.
Before WAWT, he was a lead industry analyst covering wireless power and the power supply industry working with Informa/Omdia and IHS Markit. He is one of the most sought-after analysts in the industry today.
Dinesh helps businesses grow at an extraordinary pace with his expertise. He is widely recognized as a key industry thought leader and is a regular invitee to key industry conferences, trade shows, and events worldwide. These include CES, IFA, PCIM, Electronica, CABA, ITRI, WPC, NFC Forum, AirFuel Alliance.
Dinesh also has expertise in the smart home and home appliance market and other key technology markets such as service robots and drones, wired interface market, smart connectivity, semiconductor market, and other consumer electronics markets.
Beyond technology sector, Dinesh has worked in various global consumer market research, advertising, and media agencies. He provides strong strategic advice to companies in their respective industries.
He likes traveling and meeting people of various cultures, having moved around and worked in countries across regions including India, the Middle East, Africa, and the UK.
He calls himself a vagabond, and loves watching and playing cricket and golf.
He is passionate about research, intuitive by nature, a true entrepreneur with strong commercial acumen, and an opportunist. With his ‘Can-do attitude he believes “There should never be ‘Plan B’. If so, it should be to make ‘Plan A’ workable”.
As the digital landscape expands, the demand for efficient datacenter cooling strategies intensifies. With datacenters growth projected to increase by more than 10% through 2030, the focus on heat management […]
Read More
Recently, the industry has been pondering over the heat management strategies of datacenters. This can be attributed to the expansion of datacenters in terms of size and volume. According to […]
Read More
As the world seeks to transition towards sustainable energy sources, the significance of photovoltaic (PV) systems in harnessing solar power cannot be overstated. At the heart of these systems lies […]
Read MoreYes, wireless power transmission has been invented. It uses electromagnetic fields to transfer power without the need for physical wires and cables. This technology is already in use to wirelessly charge devices such as electric toothbrushes, smartphones smartwatches, and medical devices as well as high-power applications like wirelessly charging electric vehicles, AGVs/AMRs. Researchers are continuously working towards improving the power levels and energy efficiency and reducing distance limitations.
Yes, one can wirelessly power/charge devices from long distances just as we connect via WiFi. Such technology was invented more than 100 years ago. Few types of long distance wireless power technologies include RF-based (Radio frequency); Infrared-based; Ultrasonic-based; mmWave-based (millimeter wave), Solar-power from Space, and others. Applications under consideration include low-power devices (IoT sensors, Electric-Shelf Labels, wearables) to medium/ high-power applications like consumer and medical devices. telecom base stations, satellites, and many others.
Yes, there are various types of wireless power technologies differing based on the frequency levels. We have low-frequency (induction and resonance)-based solutions (using 25kHz-330kHz), high-frequency (resonance and NFC)-based solutions (using 6.78MHz-13.56MHz), and then ultra-high-frequency (RF, Infrared, Ultrasonic, mmWave)-based solutions (using 900MHz, 2.6GHz, 5.8GHz and higher). Each of these solutions, with its pros and cons, has its characteristics catering towards relevant application markets.
Efficiency optimization in power supply across varied applications involves selecting high-efficiency components, utilizing advanced topologies like resonant converters, and implementing dynamic power management. Minimizing resistive losses through effective layout design, leveraging feedback control, and incorporating energy-efficient materials further contribute to enhancing overall efficiency.
They would include the integration of wide-bandgap semiconductors for enhanced efficiency, the rise of digital power control and management systems for increased flexibility and adaptability, as well as the continued development of wireless power transfer technologies. Additionally, advancements in energy storage solutions and increased emphasis on eco-friendly and sustainable power supply designs are expected to shape the future landscape of power electronics.
