Electric Vehicle Drive and Dynamometer Drive System

Students can intuitively understand the internal structure of the battery, such as how the battery and product technology. Educational Objectives: Students can intuitively understand the internal structure of the battery, such as how the battery and product technology; Understand battery structure and composition; Understand battery layout; Understand single battery fault detection; Understand communication error detection. Understand battery management system tests; Understand electric vehicle signal acquisition experiments (resistance, voltage, current, etc. Learn about Electric Vehicle Drive and Dynamometer Drive System specifications for optimal educational outcomes.. ); Understand electric vehicle motor structure learning; Understand electric vehicle motor operation and high-pressure motor controller; Understand electric vehicle high-voltage device disassembly test; Understand DC/DC converter operation; Understanding instrument indicator light analysis.

Each battery is equipped with a separate sampling line with the main control module and allows balanced control. You can use a multimeter and other special equipment to detect individual cells.

Each battery is equipped with a separate sampling line with the main control module and allows balanced control. You can use a multimeter and other special equipment to detect individual cells.
The equipment can start, fully display the drive motor under different conditions;
The panel is equipped with electrical diagrams, DC/DC converter expression and motor controller operation;
Through the detection hole of the control panel on the control lines and signal lines for fault detection;
The battery detection display can extract battery voltage, current, storage charge and other parameters;
The magnetic powder charger applies load to the equipment. The equipment output torque is detected by the torque detector and displayed on the entire machine.