Skonda portable AC charging station testing and metering comprehensive instrument PEV7001, with interoperability testing and metering verification function testing. Mainly used for interoperability function verification, charging timing condition detection, and metrological verification of newly installed AC charging piles, repaired AC charging piles, and upgraded AC charging piles. The comprehensive instrument has the characteristics of high accuracy, small size, light weight, and easy portability, which can meet the measurement and performance testing needs of various occasions such as laboratories and on-site. The comprehensive instrument has a measurement module that meets the metrological verification regulations of JJG 1148-2018 Electric Vehicle AC Charging Station. It can verify voltage error, current error, power error, working error, indication error, payment amount error, and clock indication error. The built-in software function module implements the testing items of "GB/T 34657.1-2017 Electric Vehicle Conductive Charging Interoperability Test Specification Part 1 Power Supply Equipment" and comes with two 63A standard charging gun sockets, with pin definitions meeting the requirements specified in GB/T 20234.2-2015.

Features:

When measuring, the load is allowed to be connected to the actual vehicle or any simulated load

It has the function of detecting environmental temperature, calculating the error caused by temperature based on the actual working scene temperature, and determining the measurement results.

Equipped with GPS timing function, it can perform Beijing time timing error testing on the charger.

Equipped with a charging timing test interface, it can be connected to pile end signals such as emergency stop switch actions to meet interoperability testing standards.

It has a 16 channel timing synchronization measurement function, which can meet the timing testing related to interoperability testing, such as T1, T1 ', T2, T2', T3, T3 ', T3' ', T2-T2' time, etc.

Built in vehicle end R2 resistor, R3 resistor simulation equivalent resistance simulation function, R2 resistor adjustment range of 500 Ω~4000 Ω, resistance value continuously adjustable online, adjustment fineness of 1 Ω, R3 equivalent resistance nominal value of 1400 Ω~8000 Ω, resistance value continuously adjustable online, adjustment fineness of 1 Ω. Each contact is equipped with an on-off switch, which can simulate the on-off state of the contact.

It has the function of measuring the voltage, current, and CP signal of AC charging stations.

Built in national standard testing projects, automated program testing and report generation to facilitate changes and upgrades to national standard items.

The comprehensive instrument has the function of generating test report templates, which can generate test report formats according to the customer's layout format. The report formats can be TXT, EXECL, XLC, WORD.

The test report supports multiple data export methods: exporting directly from a USB flash drive, exporting through a computer connected to a device via WIFI, and uploading to the enterprise's database platform via 4G.

National standard testing items, modular testing functions, network data interfaces, supporting cross platform calling.

The testing module of the comprehensive instrument software platform has structured input and output standard data, which is easy to parse and call.

The comprehensive instrument has a 10 inch high-definition LCD touch screen, which is convenient for users to touch and operate.

4.1. Basic functional items

4.1.1. Vehicle interface simulation

4.1.2. Interoperability specification testing

It can meet all the testing items specified in the national standard GB/T 34657.1-2017 Test Specification for Interoperability of Conductive Charging of Electric Vehicles Part 1 Power Supply Equipment, as shown in the following table:

*The testing project requires an external load module PACR-380/220-27/10 for automatic control.

4.1.3. Measurement of AC charging stations

Can meet all test items specified in the national standard GB/T 34658-2017 Communication Protocol Consistency Test between Off board Conductive Chargers and Battery Management Systems for Electric Vehicles; It can meet the metrological verification regulations of JJG 1149-2018 Electric Vehicle Off board Charging Machine, as shown in the following table:

*The insulation resistance test requires additional high-voltage equipment to be configured, and the test data is manually input.

4.2. Technical specifications and parameters

4.2.1. Measurement specifications

4.2.2. Measurement parameters

4.2.3. System Parameters