Microgrids: The Future of Decentralized Energy Explained with EDIBON’s AEL-MGP System  

The traditional energy model, based on large centralized power plants and extensive distribution networks, is now facing new challenges: the integration of intermittent renewable sources, the urgent need to reduce emissions, and growing vulnerability to grid failures. In this context, microgrids have emerged as a strategic solution for managing energy resources in a local, resilient, and efficient manner.

A microgrid is a localized electrical network composed of interconnected loads and distributed generation sources — preferably renewable — that can operate either connected to the main grid or in island mode. This flexibility allows for a reliable power supply even under extreme conditions, promotes self-consumption, and decentralizes energy production.

To meet the training needs brought about by this transformation, EDIBON has developed the Microgrid Power Systems training equipment (AEL-MGP) unit, a complete and modular educational system designed for the theoretical and practical study of microgrid systems. This equipment enables users to accurately analyze the operation of a hybrid microgrid, simulate multiple real-world scenarios, and explore advanced concepts such as islanded operation, hierarchical energy management, black start capability, and power quality. 

The system includes a Conventional Energy Power Plant (PWP-CE) that serves as the backbone of the microgrid, ensuring frequency and voltage stability. Additional integrated plants simulate various generation and storage sources: 

  • PWP-WE (wind), PWP-HE (hydroelectric), and PWP-PE (photovoltaic) units, for studying renewable energy integration. 
  • PWP-BE (batteries) and PWP-FE (flywheel energy storage) units, demonstrating the importance of energy storage in isolated environments. 

All components are managed through EMG-SCADA, a powerful real-time Supervisory Control and Data Acquisition software. This platform enables centralized control, dynamic profile creation, load flow analysis, and power quality assessment. 

You can now see this system in action, guided by our experts, in the following video: 
https://www.edibon.com/en/microgrid-power-systems?video_modal=on  

With the AEL-MGP, EDIBON not only provides a state-of-the-art solution for technical education, but also plays an active role in training the professionals who will lead the transition toward a smarter, cleaner, and more autonomous energy system. 

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