July 2025 | AutoEDU

Preparing the Next Generation of Hybrid Vehicle Specialists

Posted on 2025-07-29 by Benas

With the number of electric and hybrid vehicles rapidly growing worldwide, the demand for technicians capable of servicing and understanding these advanced systems has never been higher. Educational institutions face the challenge of providing not only theoretical knowledge but also practical, hands-on experience with real hybrid technologies.

At AutoEDU, we believe that effective training means giving students the chance to see how these systems work from the inside. Our Hybrid System Petrol/Electric System Cutaway AE34501WM offers just that — a clear, practical way to explore the structure and operation of a Toyota hybrid powertrain.

Learning Beyond the Textbook

The greatest value of this training tool lies in its ability to make complex hybrid systems understandable.
Students can observe the internal layout of the petrol and electric motors, study the flow of power through the system,
and see how different components interact during operation.

Because the stand operates at very low speeds using an electric motor, learners can follow the synchronization of the hybrid system
step by step — something impossible to demonstrate with a complete running vehicle.
This makes lessons not only more visual, but also safer and easier to follow.

Expanding the Range of Teaching Topics

The fundamentals of hybrid system operation
The interaction between the petrol engine and electric motor
Energy flow and management during acceleration and deceleration
Variable valve timing and its impact on efficiency
Transmission behavior in hybrid drive

An Added Value for Modern Training

This hybrid cutaway is not meant to replace standard teaching tools — it enhances them.
When combined with theoretical lessons, diagnostic equipment, and simulation-based training,
it gives students the practical insight needed to confidently work with today’s and tomorrow’s hybrid vehicles.

As the industry continues to shift toward electric and hybrid technology, tools like the Hybrid System Petrol/Electric System Cutaway AE34501WM help ensure that future technicians are not only ready to meet demand but also capable of leading in the field of modern automotive technology.

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AutoEDU Launches New Lambda Sensor Educational Trainer for Automotive Learning

Posted on 2025-07-23 by Benas

AutoEDU introduces the Lambda Sensor Educational Trainer MSLAMB01—a compact, hands-on automotive training aid designed to demonstrate the operating principles of zirconia-type lambda sensors used in modern exhaust systems.

As emissions regulations tighten and vehicle diagnostics become increasingly sophisticated, understanding how a lambda sensor works is critical for students in automotive education programs. The MSLAMB01 trainer provides a clear, interactive way to explore these sensors’ behavior without the need for a full vehicle system.

This automotive education tool uses real sensor hardware in combination with simulated exhaust gas heating. Students can manually control the air-fuel mixture—switching between rich and lean conditions—and observe how voltage output varies in real time, from 0.1V to 1.1V, displayed via an integrated LED voltage bar.

Additional features include:

Vertical flame chamber with observation window
Rich/lean mixture simulation
Multimeter terminals for signal and heater measurements
Clear educational graphics explaining A/F ratio and lambda values
Durable steel/aluminum structure for classroom or lab use.

For students, the trainer offers direct experience in measuring sensor output, interpreting voltage changes, and understanding the role of the lambda sensor in closed-loop fuel control systems. Instructors benefit from a simple, mobile platform that enhances lessons in automotive diagnostics, emissions systems, and electronic engine management.

As a leading manufacturer of automotive training equipment, AutoEDU continues to expand its lineup of plug-and-play learning tools. The MSLAMB01 is ideal for vocational schools, technical colleges, and automotive training centers seeking to deliver industry-relevant skills in a practical format.

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Support for Workplace EV Charging in Lithuania

Posted on 2025-07-212025-07-21 by Benas

Galimybė gauti paramą iš jungtinio projekto „Privačių elektromobilių įkrovimo prieigų įrengimas“ pateikus paraišką Lietuvos energetikos agentūrai pagal paskelbtą kvietimą „Juridinių asmenų privačių elektromobilių įkrovimo prieigų įrengimas darbovietėse“ paskatino UAB AUTOEDU suplanuoti elektromobilio įkrovimo prieigą (-as).

Jungtinio projekto projektas įgyvendinamas pagal ekonomikos gaivinimo ir atsparumo didinimo planą „Naujos kartos Lietuva“, finansuojamą Europos Sąjungos ekonomikos gaivinimo ir atsparumo didinimo priemonės „NextGenerationEU“ lėšomis.

#finansuojaEuroposSąjunga #NextGenerationEU #NaujosKartosLietuva

Starting the Development of a Hydrogen Fuel Cell Educational Trainer

Posted on 2025-07-032025-07-14 by Benas

Project Purpose

The goal of this project is to develop educational hydrogen fuel cell-based training stand, replicating the advanced technology of the Toyota Mirai vehicle. This demonstrational stand is designed for engineering training institutions, universities, and research centers aiming to introduce students to alternative, environmentally friendly transportation technologies.

In a world where automotive technology is evolving rapidly, staying ahead means embracing innovation in the classroom. This new trainer reflects a strong commitment to future-proof education, preparing students to meet the demands of a cleaner, smarter mobility era.

Technological Solution

The prototype will be based on cutting-edge technologies used in the Toyota Mirai, including:

A fuel cell system (polymer electrolyte membrane) where an electrochemical reaction between hydrogen and oxygen generates electrical energy.
Three high-pressure hydrogen tanks that store compressed hydrogen.
An electric motor and a high-voltage lithium-ion battery.
Electronic control units simulating the electrical architecture of a real vehicle.
Safe, education-adapted components and measurement points for hands-on technical training.

Each component is selected and integrated to provide a clear understanding of hydrogen-powered vehicle systems in a controlled and safe training environment.

Project Outcome

The result of this project will be an innovative educational platform for demonstrating the working principles of hydrogen-powered vehicles. It will support the transition to climate-neutral transportation systems, strengthen research and development capabilities, foster collaboration between academia and industry, and open new opportunities for international technology transfer and commercialization.

With this strategic step forward, UAB “Auto EDU” empowers educational institutions to lead the transition to clean energy and equips students with practical knowledge of one of the most promising technologies in the automotive sector.

About the Company

UAB “Auto EDU” is a company with over 20 years of experience in developing and manufacturing automotive training equipment. Its products are successfully used in vocational training centers, colleges, and universities in Lithuania and abroad. The company specializes in educational training stands based on real vehicle systems, enabling students and instructors to practically analyze the operational principles of modern automotive technologies.