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Explore the future of automotive technology with the Labtech AUTOMOTIVE HYBRID ENGINE SYSTEM SIMULATOR MODEL ATS-HES-1 with IoT! This advanced educational trainer offers:

PANEL TRAINER FEATURES
- Mechanical and electrical power flow mimic
- Dashboard display with speed, RPM, ECO monitor (fuel) and temperature displays
- Brake and accelerator pedals
- Gear shift control and park push button
- Ignition Key and power push buttons
- Road simulation with gradient selector switch
- Controls to adjust external, internal, cabin and coolant temperatures
- Terminals to make DC and AC circuit measurements
- Hybrid transaxle panel featuring a planetary gear set working modes and the relationship between RPM, MG1, MG2 and the engine.
- Scan tool to display diagnostic codes
- Manual or automatic fault insertion

Optional Items:
1. ATS-HES-A1 Digital Twin System with elearning and fault simulations: DAQ system, Digital Twin Software and PC. Digital Twin Software - The digital twin is a digital representation of the trainer and will display the relevant data when connected to the training system. It allows for control of some of the key functions of the trainer, it can control the fault insertion system, plot the data to enhance learning.
2. ATS-HES-A2 Digital Multimeter
3. ATS-HES-A3 Oscilloscope

Watch to learn more and visit Labtech.org for full specifications andordering information.

#labtechinternational #hybridenginesimulator #automotiveeducation #hybridvehicletechnology #iotinautomotive #futureofdriving #automotivetraining #interactivelearning #engineeringeducation

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FEATURES:
⁣An electric vehicle, also called an ⁣electric drive vehicle, uses one or more electric motors or traction ⁣motors for propulsion. An electric vehicle may be powered through a ⁣collector system by electricity from off-vehicle sources, or may be ⁣self-contained with a battery, solar panels or an electric generator ⁣to convert fuel to electricity. This Electric Motor Kit will give a ⁣student how to make an electric vehicle system. The kit consist of ⁣motor, controller, battery, real axle and other accessories.

Educational Objectives:
1. ⁣Understand the main parts of an ⁣electric vehicle motor kit trainer, such as: ⁣DC/DC Converter (48V to 12V), Electric ⁣Vehicle Control Module, EV Schematic Diagram, ⁣Instrument Panel, Transmission Shift ⁣Selector, Accelerator Pedal Sensor, Electric Motor, Drive Axle, ⁣Voltage Battery etc.
2. ⁣Understand how to operate the ⁣electric vehicle motor kit trainer.
3. Understand how to assemble the ⁣electric vehicle motor kit.
4. Understand how the charging system ⁣works in an electric vehicle motor kit trainer.
5. Able to measure the system of ⁣electric vehicle motor kit trainer.

⁣Watch to learn more and visit ⁣Labtech.org for full specifications and ordering information.

⁣#labtechinternational ⁣#electricvehicle
#evtraining #electricmotor
#evtechnology #electricvehiclekit

#greenenergy #eveducation