First Prototypes of the HibroM Project Presented
Significant Milestone in the HibroM Project: First Prototypes of Smart Microgrid Components Presented
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We have reached a new significant milestone in the Development of Hybrid Mobile Microgrid for Deployable Dual-Use Camps (HibroM) project, where we are developing solutions to improve the energy supply for temporary bases. The consortium partners presented the first prototypes of individual microgrid components to the client, the Ministry of Defence of the Republic of Slovenia (SiMoD). The prototypes included a trailer-mounted hybrid diesel generator with energy storage capability (partner Stubelj), a battery-based electricity storage unit (partner TAB), and a smart distribution box (partner Robotina).
Robust Solutions Enabling Rapid Deployment
The client of the project SiMoD had the opportunity to view the prototypes developed within the HibroM project for the first time. The project partners were required to meet the client’s key demands, including deployability, robustness, ease of operation, and the compact arrangement of components within a trailer. Consequently, the hybrid generator, battery system, and smart distribution panel were designed to be logistically easily and rapidly transportable.
HibroM is a complex RDI project that incorporates the development of innovative smart management for the entire system alongside its core components. The expertise of renowned subcontractors is indispensable in the development process. A TPV Prikolice representative showcased the prototype trailers' robustness and ease of use. The Faculty of Mechanical Engineering at the University of Ljubljana has significantly contributed to the design of the trailer interiors, providing recommendations for the optimal arrangement of components based on extensive simulations. The Faculty of Electrical Engineering and Computer Science at the University of Maribor presented findings from their measurements and analyses of energy consumers in the deployable base. The Faculty of Electrical Engineering at the University of Ljubljana manages cybersecurity concerns within the project. Meanwhile, the standalone operation of the digital twin and its connectivity with backend control systems will be supported by computing and networking equipment from Smartis.
Microgrids as a Challenge and Opportunity for SiEnE members
The meeting fostered an engaging discussion between the client and project partners, leading to significant directions for the further development of microgrids. Colonel Robert Šipec, Head of the Energy Efficiency and Green Transition Sector at SiMoD, emphasised that developing microgrids is a demanding challenge addressed in Europe and globally. Matej Gajzer, Director of the leading partner TECES and President of the Slovenian Energy and Environment Partnership in Defence (SiEnE), highlighted that microgrids would continue to evolve in the future, creating new opportunities for growth and innovation among Slovenian stakeholders under the umbrella of the SiEnE partnership. This collaborative network plays a crucial role in fostering innovation and facilitating civilian and defence stakeholder collaboration in developing dual-use solutions.
Additional information
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