Successful Demonstration of the HibroM Microgrid to the End User

The partners of the HibroM project consortium successfully demonstrated the operation of the developed smart microgrid to the client, the Ministry of Defence of the Republic of Slovenia (Si MoD). Representatives of the end user, the Slovenian Armed Forces, also attended the event. 

Participants were presented with the operation of the microgrid and its key components, showcasing various operating modes and the ease of connecting consumers and existing energy elements, such as generators and air-conditioning units. This demonstration highlighted the system’s flexibility and reliability, ensuring a stable energy supply even under the most demanding conditions.

The newly developed centrally managed microgrid comprises innovative components: a robust mobile trailer equipped with a hybrid generator and battery storage system, a mobile trailer with a battery storage unit, and a smart distribution cabinet. The system uses a digital twin, advanced sensor technology, and algorithms that enable dynamic adjustment of energy flows according to users’ actual needs. Particular emphasis has been placed on cyber security, robustness, adaptability, and simple, user-friendly operation. The microgrid can operate connected to the public electricity grid or autonomously in so-called island mode.

The developed system has distinctive features, including easy setup, simple mobility, compactness, and high adaptability. The system allows for rapid implementation in various locations and can be used in a wide range of scenarios – from temporary setups to long-term solutions.

The HibroM microgrid is the result of the collaboration among consortium partners and subcontractors: TECES (lead partner, strategic direction and coordination), Robotina (smart microgrid and smart distribution cabinet), Stubelj (mobile hybrid generator), TAB (mobile battery storage), Smartis (digital twin), TPV Prikolice TPV Prikolice (trailer), the Faculty of Electrical Engineering, University of Ljubljana (cyber security), the Faculty of Mechanical Engineering University of Ljubljana (airflow simulations), and  Faculty of Electrical Engineering and Computer Science, University of Maribor (contribution to the microgrid concept and energy measurements of the developed solution).

Although the formal completion of the project marks a significant milestone, development will continue as the system is deployed in real-world conditions. The ambition and goal of all development partners and users is to ensure that the solution remains highly adapted to real-field use and user-friendly in operation.

We sincerely thank all HibroM project partners, the Ministry of Defence, and the Slovenian Armed Forces for their excellent cooperation.