Wired & Wireless Technologies Ltd. (WAWT)

Wireless power is a technique to transfer energy from a source (transmitter) to a device (receiver) without using ports, cables and wires. Wireless power differs from wired power in that the transfer of energy occurs through electromagnetic fields. In addition, wireless power technology often relies on the coupling to an intermediate resonant system and has significant inherent loss due to ohmic heating effects as well as radiation losses. The primary advantage of wireless power technology over wired is convenience: devices can be powered/charged without a direct ‘wired’ connection to an energy source. This could save considerable installation costs by removing the need for electrical wires during deployment and removing the need for batteries or frequent charging required by some portable applications such as mobile phones and laptops. THere are also other several benefits and drivers towards adoption of wireless charging technology. Wireless power is the transmission of energy by...

Wireless charging technology enables devices to be powered without having to plug them into a charging port which is then connected to an electrical outlet. This is done by using a wireless power-enabled transmitter (charging pad or charging zone) which sends energy to a wireless power-enabled receiver which is embedded inside these devices in order to power/charge them. Wireless power technology has been around for a very long while, but it has only recently become popular due to the development of more efficient and compact wireless power transmitters and receivers. While wireless charging is especially useful for devices that are difficult to access or charge, there are many other benefits and reasons to adopt wireless power technology be it to make the device completely sealed (to keep them away from water, dust, grease, sweat, etc.) or to charge them from mid/far distance or while they are in motion. There are two main types of wireless charging technologies - inductive and re...

Based on most comprehensive research on the power supplies industry published by Wired and Wireless Technologies (WAWT) , a strategic technology analyst and consultancy, the global medical power supply market is expected to steadily cross US$ 1.1 billion by 2025. This growth will be fueled in a big way as all countries are developing more hospitals and clinics with the necessary electrical equipment for surgeries and so on. The growth of this market can be attributed to the increasing demand for hospitals and diagnostic centers, growing awareness about medical equipment, the rising number of surgeries and also due to increased care and attention towards one’s health and wellbeing, more so after the COVID-pandemic which triggers demand for consumer medical devices and also homecare devices. The higher number of old-age/senior and vulnerable people and their healthcare related issues creates demand across regions. From power supplies product perspective, the medical power supply market...

 In the realm of automated guided vehicles (AGVs) and autonomous mobile robots (AMRs), the shift towards wireless charging systems has promised a leap in efficiency and convenience. However, this transition is not without its challenges. In this article, we will delve into the that come with implementing wireless charging for AGVs and AMRs.  To read more about the "Hurdles In AGVs And AMRs Charging Going Wireless" visit   https://wawt.tech/2024/05/21/hurdles-in-agvs-and-amrs-charging-going-wireless/