Water-cooled wireless charging system of electric vehicle

Abstract

The invention provides a water-cooled wireless charging system of an electric vehicle. The water-cooled wireless charging system comprises a power cabinet, a capacitor cabinet, charging emitters, a detection and control device, a closed cooling box, a water-cooled cable and red copper pipes. The closed cooling box is used for storing cooling water, one end of the water-cooled cable is connected with the closed cooling box, and the other end of the water-cooled cable is respectively connected to the red copper pipes on the peripheries of the charging emitters. When charging signals of the charging emitters are detected through the detection and control device, the water-cooled cable is controlled to be communicated with the red copper pipes on the peripheries of the charging emitters, and the charging emitters are cooled through the circulating cooling water. According to the water-cooled wireless charging system of the electric vehicle, the charging emitters are cooled through a cooling water circulating system, and the wireless charging efficiency of the electric vehicle is improved.

Description

technical field [0001] The invention relates to the technical field of electric vehicle charging, in particular to a water-cooled wireless charging system for electric vehicles. Background technique [0002] The development of electric vehicles is the need of energy saving, environmental protection and low-carbon economy. The charging system of electric vehicles is equivalent to the filling station of automobile fuel. At present, the main charging methods of electric vehicles include ordinary charging charging piles, fast charging charging stations and replaceable Battery swap station. [0003] In the technology of wireless energy transmission, there is no direct connection between power supply and electricity, avoiding exposed conductors and contact sparks, and has the advantages of safety and convenience. It has attracted the attention and attention of the majority of researchers. Its application field Very broad, especially in special and harsh environments with broad ap...

AI Technical Summary

Problems solved by technology

Wireless charging technology transmits power through high-frequency electromagnetic fields. The current in the transmitter coil and receiver coil is often very large, requiring the use of thicker diameter wires, and the skin effect of the current in a high-frequency environment is more obvious. The use of wire cross-section low rate

At the same time, the line parameters change due to temperature rise, which seriously affects the efficiency of wireless charging of electric vehicles

Images