1, when using the wireless charger, just connect the USB cable and plug it into the socket. When the battery is out of power or about to be out of power, put the phone on the charger board. The charger and the phone will be connected and charged in an instant, and the battery icon at the top of the phone screen will also show the charging status.
2, the use of wireless charger is as follows: Detailed explanation: Connect the power: Connect the wireless charger to the AC power supply to ensure that the charger is in working condition. Place the device: Place the device that needs to be charged (such as a mobile phone) in wireless chargingDevice on the charging area. Make sure there are no obstacles between the device and the charger, such as metal objects or other electronic devices.
3, wireless charger usage: the mobile phone standard charger and data cable connected to the wireless charger, and then the mobile phone is/horizontally placed in the wireless charger base left and right center position, you can achieve wireless charging, the indicator light will have a breathing effect, 5 seconds after the extinguish, plug and play, convenient and quick.
4, wireless charger usage: the mobile phone standard charger and data cable connected to the wireless charger, and then put the mobile phone right (vertical) or horizontally on the left of the wireless charger baseThe phone can be charged by simply placing the phone on a charging pad. Although the speed of wireless charging is relatively slow, its convenience has made this technology popular. The application of wireless charging technology to new energy vehicles is undoubtedly an interesting direction.
2, most of today's mobile phones support wireless charging. You just need to put the phone on the wireless charging pad and charge it. Although the speed of wireless charging is slower than that of wired, wireless charging is simpler and faster to a certain extent. If this technology is used in our new energy vehicles, is it specialIs that interesting? Recently, the National Standards Management Committee issued four national standards on wireless charging of electric vehicles.
3, the new era of wireless charging of new energy vehicles is opening. Although this cutting-edge technology is still in the market exploration stage, its potential cannot be ignored, and it is expected to become a key part of the future charging method of new energy vehicles. The advantages of wireless charging technology are significant, which raises the space utilization rate to a new height, significantly improves the charging efficiency, and thus greatly promotes the popularization process of new energy vehicles.
4. In summary, wireless charging technology for new energy vehiclesThe delayed energy production is caused by multiple factors such as cost, industrialization layout and technology maturity. However, with the continuous progress of technology and the gradual improvement of the industrial chain, we have reason to expect wireless charging technology to show its huge potential and prospects in the field of new energy vehicles.
Principle of wireless charging: electromagnetic induction. The charging base and the mobile phone terminal have built-in coils respectively. When the two are close, the coil is generated in the mobile phone receiving coil based on a certain frequency of alternating current through electromagnetic inductionA certain current, which transfers the point energy from the originating end to the receiving end, begins to power the phone from the charging seat. Magnetic resonance.
The basic principle of wireless charging is to convert the current into a magnetic field, which is transmitted through the air and then converted into a current to be transmitted to the intelligent terminal. When the system works, the input end converts the AC mains into direct current through the full bridge rectifier circuit, or uses the 24V direct current end to supply power to the system directly. After passing through the power management module, the output direct current is converted into high-frequency alternating current through the 2M active crystal oscillator inverter to supply the primary winding.
The principle of wireless charging is mainly electromagnetic induction and radioMagnetic wave technology. The principle of electromagnetic induction is the basis of wireless charging. Electromagnetic induction occurs when a magnetic field is generated between a charger and a mobile device. The alternating current generated at the charger end will create eddy currents in the magnetic field, and the receiving coil at the mobile device end will sense this eddy currents. In this way, power is transferred from the charger to the mobile device.