The training platform is based on a real pure electric vehicle (EV) drive system, providing a true representation of the system's structure and working process. It is suitable for schools' teaching needs related to pure electric vehicle drive systems. This equipment meets the teaching requirements of new energy and energy-saving automotive training courses.
Functional Features
A fully operational pure electric vehicle drive system that comprehensively demonstrates the structure and working process of an EV drive system.
The training platform panel is made of a 4mm thick high-grade aluminum-plastic board, which is corrosion-resistant, impact-resistant, pollution-resistant, fireproof, and moisture-proof. The surface is treated with a special primer spraying process, and the panel features a UV flat-printed, non-fading, full-color circuit diagram.
The panel is equipped with an electric vehicle instrument cluster, which can display real-time parameters such as power transmission process, vehicle speed, voltage, temperature, and fault indicators of the electronic control system.
The panel includes test terminals that allow direct measurement of electrical signals at the control unit pins, such as resistance, voltage, current, and frequency signals.
The training platform is equipped with an electronic accelerator control device, making it easy to adjust the speed of the pure electric vehicle drive system.
Safety features include a main power switch and protective covers for rotating components to ensure safe operation.
The base of the training platform is made of welded steel with a spray-coated surface, featuring self-locking caster wheels for flexible movement, high safety.
Frequently Asked Questions
Q1: What is the core basis of this training platform?The platform is built upon a real pure electric vehicle (EV) drive system to ensure an authentic representation of the system's structure and operational processes.
Q2: Can students measure electrical signals directly on the equipment?Yes, the panel is equipped with specialized test terminals that allow for the direct measurement of signals such as voltage, resistance, current, and frequency.
Q3: What kind of data is displayed on the instrument cluster?The cluster displays real-time parameters including power transmission flow, vehicle speed, voltage, temperature, and electronic control system fault indicators.
Q4: Is the circuit diagram on the panel durable?The panel features a UV flat-printed, full-color circuit diagram on a 4mm thick aluminum-plastic board, making it resistant to fading, moisture, and corrosion.
Q5: What safety measures are included in the design?Safety is ensured through a main power switch, protective covers for all rotating components, and high-stability self-locking caster wheels.
Q6: How easy is it to move the training platform within a classroom?The platform features a spray-coated welded steel base equipped with self-locking casters, allowing for flexible and safe movement.
Trial Medical
