High-voltage connector for energy storage

1. A high-voltage connector for energy storage, comprising:

a socket, wherein the socket comprises a socket body, a mounting flange, an electrical isolation groove, a fastening ring, a pin and an anti-electric shock cap, and the fastening ring of the socket comprises an annular bevel and an annular slot;

a plug, wherein the plug comprises a plug body, a pressing buckle, hand-held pluggable portions, a hammering boss, a hole, a crown spring, a wiring cup opening, and a locking slider, a waterproof lock washer and a protective back cover, the pressing buckle of the plug comprises a pressing boss, a buckle, and an elastic resetting member, the protective back cover of the plug comprises a ridge portion and a hexagonal portion;

wherein the socket body, the mounting flange, the electrical isolation groove, the fastening ring and the pin of the socket are integrally formed, and after being integrally formed, are assembled with the anti-electric shock cap;

wherein the plug body, the pressing buckle, the hand-held pluggable portion, the hammering boss, the hole, the crown spring and the wiring cup opening of the plug are integrally formed, and after being integrally formed, are assembled with the locking slider, the waterproof lock washer, and the protective rear cover;

wherein the pressing buckle of the plug, the locking slider, and the fastening ring of the socket together form a fastening-locking structure;

wherein the pressing buckle of the plug is located on the plug body, the locking slider of the plug is configured to be slidable in the plug body after being installed, the fastening ring of the socket is located on an outer cylinder of the socket body, and positions of the fastening ring and the anti-electric shock cap are disposed correspondingly.

2. The high-voltage connector for energy storage according to claim 1 , wherein the hole of the plug and the pin of the socket adopt a cylindrical structure respectively and are respectively provided with a circular cross section.

3. The high-voltage connector for energy storage according to claim 1 , wherein the electrical isolation groove of the socket is located on an end surface of the socket body, and a position of the electrical isolation groove is opposite to the anti-electric shock cap.

4. The high-voltage connector for energy storage according to claim 1 , wherein the anti-electric shock cap of the socket is installed on an end surface of the pin, and positions of the anti-electric shock cap and the fastening ring are disposed correspondingly.

5. The high-voltage connector for energy storage according to claim 4 , wherein the hand-held pluggable portions of the plug are located on two sides of the plug, two hand-held pluggable portions are provided, and one of the two hand-held pluggable portions is located on a left side of the plug, another of the two hand-held pluggable portions is located on a right side of the plug.

6. The high-voltage connector for energy storage according to claim 1 , wherein the hammering boss of the plug is located on an end surface of the plug body and a position of the hammering boss is opposed to the hole.

7. The high-voltage connector for energy storage according to claim 1 , wherein the waterproof lock washer of the plug is installed in a groove of the outer cylinder between the hand-held pluggable portions of the plug and external threads of the plug body.

8. The high-voltage connector for energy storage according to claim 1 , wherein an interior of the hexagonal portion of the protective back cover of the plug is provided with internal threads, and the internal threads of the protective back cover is threadedly connected with external threads of the plug body, and the protective back cover is installed and locked to the plug body.

9. The high-voltage connector for energy storage according to claim 1 , wherein the plug is separated from a wire, and the wire is inserted into an inside of the wiring cup opening and pressed tightly to enable the plug to be integrated with the wire.