Energy Equilibrium Tool Showcased in Study Course on Integrated Wind Energy and Hydrogen Systems

On September 12, during the second session of the study course “Integrated Wind Energy Systems and Hydrogen. System Integration,” participants stepped into the role of municipal energy planners — using the cutting-edge platform to model real-world scenarios and shape more sustainable local energy systems.

The Energy Equilibrium system dynamics tool was presented to participants of the study course during its second session, highlighting its growing role in supporting local energy planning and decision-making.

As part of the module “Modeling Future Energy Systems: Computer Modeling. System Dynamics Model for Local Government,” lecturer Ģirts Bohvalovs introduced the tool to an audience of municipal employees, entrepreneurs, energy planners, investors, and sustainability specialists. Participants engaged hands-on with the platform, simulating and creating real-world scenarios to compare, analyze, and identify the most effective solutions for specific municipalities and regions.

Incorporating the tool into the classroom enables the course to reach professionals directly involved in shaping local and regional energy systems, build their practical skills in applying system dynamics modeling to real-world energy planning, and strengthen the connection between research, innovation, and practical implementation in the energy transition sector.

The Energy Equilibrium project aims to bridge the gap between theoretical research and practical application by providing decision-makers with a dynamic platform to explore the consequences of different energy planning choices. Its use in an educational setting demonstrates both its relevance and its potential for broader adoption in the future.

The newest version of the Energy Equilibrium platform is now available online, inviting professionals and the public to experiment with energy planning scenarios and discover how their decisions could shape more resilient and sustainable futures.

This article was prepared and published by Laura Kristiāna Vičmane.

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