Wireless charging of hybrid vehicles

If you are interested in the field of automotive and news related to this area, you should be aware of the development and expansion of electric vehicles.

Electric cars have become more and more sought after by major automakers over the past few years for a variety of reasons, most notably the cleanliness of their fuel.

A long time ago, Motors Motors Corporation also launched the PHTV AutoLand in the Iranian market, which was soon picked up by many fans of high-powered chassis.

One of the most important issues with electric vehicles is how to charge them.

Many different companies have so far presented a number of concepts on how to charge electric cars, many of which are considered by artisans in this area.

One of the most important concepts about how to charge electric cars is the use of wireless charging platforms.

If you have an electric vehicle charging experience or have seen this process, you are well versed in how to charge them;

We park and turn off the car and then turn it off, then use the adapter (the charger) we are using to power the car battery. This process is performed using a long wire, one end of which connects to the outlet and the other end to the input of the embedded in the vehicle. As you know, the world is looking to eliminate wires!

Wires increase the likelihood of a system failure and may result in non-standard connections in the transmission current.

On the other hand, loading and transporting them can be unpleasant, especially when it comes to carrying a large wire and an adapter to charge your car. Therefore, the automotive industry and the active manufacturer in the industry appear to have to accept the use of wireless charging technology sooner or later. Today, the use of this technology can be seen in the mobile industry; many today's modern handsets get charged through a magnetic pad.

Many companies have also designed such a magnetic pad for electric cars that seem to have been successful. These pads are capable of transmitting electrical energy through waves to car batteries using their embedded magnetic force.

Indeed, the arrival of such magnetic pads in the modern automotive industry will lead to the development and development of electric vehicles, because one of the issues that car makers are struggling with is the same way they charge their wireless products.

On the other hand, the availability of power-hungry wireless charging systems can create new opportunities such as building magnetic streets with the ability to charge electric cars.

On the other hand, it has been determined that the wireless charging of electrical devices using these magnetic pads is significantly faster than charging using a wire and adapter.

On the other hand, the likelihood of problems such as non-standard connections or physical failures is significantly reduced; therefore, it can be assumed that in the coming years we will see the use of wireless technologies to recharge our vehicles.