What is inductive charging?
Inductive charging is a wireless method. The power supply system is located near the energy storage or energy transfer system. Between these two objects, an electromagnetic field is generated and the power supply moves from one system to another. Inductive charging is a common way of moving force from the main system to the subsystem, such as the power grille to the local transformer. It can also work on a smaller scale, allowing manual aids to benefit from wireless charging.
Regardless charging works regardless of the scale used in the same way. To begin with, two energy systems are located very close to each other. These energy systems may not be exposed or connected. Each of these energy systems contains an electric coil. This coil stores electricity for possible use of the device.
As a result of the proximity of the coils, they generate electric fields with the low power that connects them. This field allows these two SYStems to transmit electronicated as if they were connected. In general, this will result in electricity sharing two energy systems until they have exactly the same amount of energy. Since a small amount of energy is lost in the transmission, this balance is generally only possible when both systems are out of performance.
for inductive charging, one of the devices generates power or has an external power source and one of them. Because one device is constantly powered, it will never run out of electricity; This is the sender. When the receiver cannot take over more energy, the sender stops sending it. This system works around a normal induction problem by constantly maintaining power systems.
Induction has several advantages over standard energy transmission. One of the main advantages is that it is wireless. This allows energy systems to have modular design and make more repaired. ThereforeE is wireless, the power systems can be completely closed, making system air and waterproof. In the case of electrical aids, there is no upper limit of the amount of equipment that can be charged at a time; This allows one inductive charging mat to charge several items simultaneously.
The main disadvantages of inductive charging are heat and energy consumption. In most cases, induction charging of the item requires more energy than charging by normal means. This is the result of powering lost to the electric field used to connect coils. In addition, this process has the potential to generate a lot of heat. The amount of heat generated is an indicator of the amount of electricity lost during the process.