AC/DC charging pile simulation system
New energy vehicles are mainly composed of several important components: motor, electronic control, battery, and charging. The charging part has also derived related supporting products such as on-board chargers, DC-DC converters, BOBC, and AC/DC charging piles.
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Electronics and Electrical Engineering
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- Product Description
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- Commodity name: AC/DC charging pile simulation system
New energy vehicles are mainly composed of several important components: motor, electronic control, battery, and charging. The charging part has also derived related supporting products such as on-board chargers, DC-DC converters, BOBC, and AC/DC charging piles.
AC/DC Charging Pile Simulation SystemNew energy vehicles mainly consist of several important components: motor, electronic control, battery, and charging. The charging part also involves closely related supporting products such as on-board chargers, DC-DC converters, BOBC, and AC/DC charging piles. As an excellent test and measurement solution provider in the new energy field, ADX provides users with a professional charging pile simulation system to realistically simulate the charging process and various functional states and fault simulations of AC charging piles, avoiding potential vehicle damage caused by charging pile faults, and providing verification methods to improve vehicle compatibility with charging facilities and anti-charging interference capabilities.
Product Features
ADX Solution Based On
♦ NB/T33001-2010 Technical Conditions for Electric Vehicle Non-onboard Conductive Chargers
♦ NB/T33008.1-2013 Test Specifications for Electric Vehicle Charging Equipment Part 1: Non-onboard Chargers
♦ NB/T33008.2-2013 Test Specifications for Electric Vehicle Charging Equipment Part 2: AC Charging Piles
♦ GB/T20234.1-2015 Conductive Charging Connectors for Electric Vehicles Part 1: General Requirements
♦ GB/T20234.2-2015 Conductive Charging Connectors for Electric Vehicles Part 2: AC Charging Interface
♦ GB/T20234.3-2015 Conductive Charging Connectors for Electric Vehicles Part 3: DC Charging Interface
♦ GB/T27930-2015 Communication Protocol Between Electric Vehicle Non-onboard Conductive Chargers and Battery Management Systems
♦ GB/T18487.1-2015 Conductive Charging System for Electric Vehicles Part 1: General Requirements
♦ GB/T18487.3-2001 Conductive Charging System for Electric Vehicles AC/DC Charging (Station)
♦ Q/GDW 1591-2014 Technical Specifications for Inspection of Electric Vehicle Non-onboard Chargers
♦ Q/GDW 1592-2014 Technical Specifications for Inspection of Electric Vehicle AC Charging Piles
♦ GB/T34657.2-2017 Interoperability Test Specifications for Electric Vehicle Conductive Charging Part 2: Vehicles
♦ GB/T34658-2017 Consistency Test of Communication Protocol Between Electric Vehicle Non-onboard Conductive Chargers and Battery Management Systems
♦ GB/T18487.2-2001 Connection Requirements between Electric Vehicles and AC/DC Power Supplies in Conductive Charging Systems for Electric Vehicles
♦ GB/T34657.1-2017 Interoperability Test Specifications for Electric Vehicle Conductive Charging Part 1: Power Supply Equipment
Product Functions and Advantages
Test Items
Advantages of ADX Test Solution
♦ Meets international standard test item requirements
♦ Supports custom test item editing
♦ Has good protection mechanisms, including misoperation protection, personnel protection, reverse connection protection, leakage protection, and short circuit protection
♦ Equipped with a conspicuous emergency stop button
♦ Has a self-test function that can self-test the status of each module at power-on and report to the external system
♦ Ethernet enables connection and interaction with external systems
♦ Can be used independently with its own host computer to simulate the AC charging pile system
♦ The AC charging pile simulation system can be expanded to include a discharge function, i.e., to test the discharge of the entire vehicle BOBC
Hardware Configuration
Software Configuration
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