One of the innovative methods for wirelessly transferring electrical energy from a transmitter to a receiver is called a Wireless Power Transfer (WPT). Due to its many advantages over wired connections, WPT is a desirable choice for many industrial applications.
The benefits include the ease of charging, lack of fuss while carrying wires, and smooth power transmission even in harsh climatic conditions. The bulb turned on when high-frequency Alternative Current (AC) potentials were transferred between these two plates.
However, some of the problems surfaced when WPT technology was used.
This technological advancement called wireless transmission makes it possible to send power between any two sites using wireless connectivity. This idea describes the flow of electromagnetic energy from the source to the loads. This idea is primarily applied in the transfer of electric energy.
Even remote locations where a wired connection was challenging to install can now be connected. This technology has been greatly influenced by technological development and the desire to connect remote areas. This technology has a lot of potential.
These kinds of cutting-edge technology will be of utmost importance when, as a result of economic cooperation brought on by globalisation, the world will be joined by a single string in the future.
The market for wireless power transmission is growing primarily due to factors including the expansion of wireless power transmission in consumer electronics and the rise in demand for battery-powered devices.
The industry is also growing as a result of ongoing advancements in long-range wireless power transmission.
The high cost of wireless power transmission technology, however, restrains the market’s expansion throughout the projection period. Contrarily, it is anticipated that the combination of wireless charging with applications for electric car charging will lead to profitable prospects.
Toyota Global is a global scale and European developer of the power transfer systems in the market. It has brought in the system, which has user liberated from range anxiety if their battery runs out of charge and the trouble of plugging in charger wires thanks to the technology.
Additionally, others claim that BEV technology is not appropriate for vehicles like huge trucks and buses that need lengthy cruising ranges because batteries are typically pricey and heavy. However, if this dynamic wireless power transfer technology can be made a reality, cars that use a lot of energy to drive
IntechOpen is part of the component manufacture trending companies in the current industry. Since this produces superior energy efficiency, the inductive WPT of the resonant type is typically used in medium-high power transfer applications like EV charging.
Receiver coils are inserted in the EV, and transmitter coils are buried beneath the road in EV charging applications. WPT can therefore be accomplished through a low-cost inductive coupling between two coils known as a transmitter and a receiver coil.
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