Brass Connector Pin For IEC EV Charging Plug
Contact Pins For Sae EV Charging Plug
Charging Pin Connector For GB/T EV Charging Plug
NACS Connector Pin For Tesla EV Charging Plug
Lamella Contact Pins
Hyperboloid Contacts
Crown Spring Pins
Energy Storage Socket Connector
Energy Storage Plug Connector
SS1 Series Connector for Energy Storage Connector
SS2 Series Connector for Energy Storage Connector
Custom Cable Harness Assembling
Wiring Harness Connector
EN50620 Cables
Electric Vehicle Charging Cable
Elevator & Conveyor Cable
Industrial Cables And Wires
AC Charging Connector
DC Charging Connector
Type 2 Open End Charging Cable
Type 2 -Type 2 Charging cable
CHAdeMo Connector
GB/T DC Charging Connector
NACS Vehicle Plug
Mode 2 GBT Portable EV Charger
J1772 SAE Type 1 Portable EV Charger
IEC62196 Type 2 Portable EV Charger
DC EV Charger
AC Socket Cable(AC Socket→Battery)
PDU Cable(Battery→Motor)
Motor Wire
PTC Cable(Battery→Air Conditioner)
DC Socket Cable(DC Socket→Battery)
Ground Wire
Three Phase Power Line
Air Pump Line→Compressor
Electric vehicle charging has always been a recognized problem. Today, AUPINS will introduce the electric vehicle charging system to give you a general understanding.
1. Contact type: single-phase AC, three-phase AC, DC.
2. Non-contact: wireless charging.
1. The development of single-phase charging technology to three-phase charging technology;
2. The development of one-way charging technology to two-way charging and discharging technology;
3. The charging method has developed from manual to automatic without anyone;
4. The expansion functions and value-added services of the charging system are constantly enriched.
The main function of the on-board charger is to convert AC220V mains power into high-voltage direct current (such as DC400V) to charge the power battery to ensure the normal driving of the vehicle. The device is an AC/DC power conversion device.
The on-board charger is paired with the market pile for communication, and the communication and power adjustment are completed according to the requirements of the national standard.
Existing charger development circuit topology:
1. Non-isolated
Advantages: The circuit control is simple, and the circuit structure can be shared with the motor controller;
Cons: Relatively low security.
2. Isolation type
Advantages: high isolation security. LLC has higher efficiency and better electromagnetic compatibility than phase-shifted full bridge;
Disadvantages: There are many components and the control algorithm is complicated.
Intelligent charging system: Based on the user's charging experience as the design origin, it combines cutting-edge technologies such as vehicle assisted driving technology, wireless energy transmission technology, Internet technology, and artificial intelligence technology with the charging system.
1. Provide charging support in any location, in any power supply state, and in any usage scenario;
2. Compatible with instant, appointment and adaptive vehicle charging methods.
With the vigorous development of the new energy vehicle industry, various car companies are making efforts in the field of electric vehicle charging. We believe that the problem of difficult charging will be solved soon, or it will be more convenient than refueling gasoline vehicles.
AUPINS's mission is to grow our network by providing the highest quality products and services to the community, ultimately improving people's lives. We respect our customers and treat them honestly. Welcome to consult.
