The automotive industry has undergone a radical transformation in recent decades. From purely mechanical vehicles, we have moved to highly sophisticated systems where electronics play a leading role. This evolution has given rise to the term “automotive electronics”, an essential discipline that encompasses all electrical and electronic systems designed for use in automobiles and is now indispensable for the functionality, safety, efficiency, and sustainability of modern transportation.
Manufacturers such as Tesla, Audi, BMW, Toyota, and Nissan have developed increasingly efficient electric and hybrid vehicles with extended range capabilities. However, limited charging infrastructure and charging times remain significant challenges.
This technological evolution has generated a growing demand for specialized professionals. Yet, there is still a shortage of training programs focused on the operation, diagnostics, and maintenance of electric traction systems.
AEL-EHVC: Modular learning in electric mobility
To address this need, EDIBON offers a comprehensive technological solution that accurately emulates the operation of an electric vehicle, covering battery management, motor control, and energy recovery systems.
Aware of this educational demand, EDIBON has developed the Computer Controlled Hybrid and Electric Vehicles Application (AEL-EHVC), an application designed to facilitate the understanding and analysis of the key technologies used in electric and hybrid vehicles within the context of today’s electric mobility.
This application is designed to support the development of applied research projects in the field of electric mobility. With this initiative, EDIBON actively contributes to the training of a new generation of engineers and technicians, while fostering experimental environments that promote innovation and scientific progress toward more sustainable and efficient mobility.
The Electric and Hybrid Vehicle Application (AEL-EHVC) was developed by EDIBON to support the understanding and analysis of key technologies used in electric and hybrid vehicles within the context of current electric mobility. Given the wide variety of electric and hybrid vehicle configurations that can be studied, this application was designed using a modular format, allowing users—whether students or researchers—to implement the desired topology. This feature represents a competitive advantage over other equipment on the market, enabling real comparisons between different configurations in terms of performance, efficiency, and dynamic behavior.
The unit incorporates real sensors and actuators, as well as a SCADA-based supervision and control software that enables real-time monitoring of key variables such as traction battery behavior, electric motor rotation, or the traction system. It also integrates specific functionalities for fault detection, diagnosis, and troubleshooting — highly valued in the current automotive sector.
You can watch a demonstration of the application in the video below.
Application aligned with the future of mobility
The vehicle of the future is electric, automated, and connected. Progressing toward this future requires training professionals capable of mastering the technologies that enable it. Applications such as the AEL-EHVC allow for structured, hands-on knowledge acquisition, addressing both technical fundamentals and the operational challenges posed by new mobility trends.
From this perspective, the development of solutions like the AEL-EHVC represents a valuable contribution to advanced technical education, supporting the evolution of the automotive industry toward more sustainable, intelligent, and efficient models.
About EDIBON
EDIBON is a global leader in technical education and research equipment, driving innovation in training and scientific advancement since 1978.
We specialize in the design and manufacture of advanced educational equipment and pilot plants across 14 key areas of engineering and science.
With more than 4,500 solutions developed in-house, we combine cutting-edge technology and innovative approaches to support hands-on learning, experimentation, and process optimization.
Our commitment to quality and precision enables us to provide comprehensive service — from design and production to installation, training, and support — ensuring success and satisfaction for educational institutions, research centers, and industry professionals worldwide.
Article Submitted By:
EDIBON International, S.A
Spain
