Many sub-Saharan countries currently lack reliable electricity infrastructure, particularly in rural areas. Solar mini-grids can help remedy this situation. However, they require effective storage solutions, for which green hydrogen (GH₂) offers a possibility. Establishing green hydrogen as a storage …

As the world transitions toward sustainable energy systems, the integration of digital technologies in energy infrastructure has introduced new cybersecurity challenges. Smart grids, renewable energy networks, and data-driven management systems depend on secure digital communication to ensure stability …

In the face of increasingly complex societal challenges, the field of social design is being called upon to deepen its ability to create long-term, systemic impact. This project, conducted with five experienced social designers and one workshop in our ESConference in 2025, explored how systems thinking, …

The global energy sector is undergoing rapid transformation while facing critical challenges such as a shortage of skilled professionals, outdated knowledge, and the urgent need for a just energy transition. In Argentina, where 86% of energy still derives from fossil fuels despite vast renewable potential, …

This article discusses the development of simulation models in the energy education of tomorrow, in order to gain deeper insight into the functioning of technical installations. The related research focuses on designing a method to simulate complex hydraulic systems and to incorporate these simulations …

This poster depicts the development of a simulation model in the energy education of tomorrow, in order to gain deeper insight into the functioning of technical installations. The related research focuses on designing a method to simulate complex hydraulic systems and to incorporate these simulations …

"The overall objective of the COPPER project is to increase and expand the engagement of citizens within and across Energy Communities to create Positive Energy Districts on different geographical levels, by facilitating energy information supply and communication between citizens, modelling energy …

"The integration of e-mobility into the energy mix plays a crucial role in reducing CO₂ emissions, as transportation remains one of the largest contributors to global greenhouse gas output. By addressing urban mobility challenges and optimizing electric vehicle systems, this teaching concept links technical …

The accelerating transition toward renewable energy is reshaping labour markets and placing unprecedented demands on education systems. While existing didactical approaches in energy education, such as project-based or simulation-based learning, strengthen technical skills, they often fall short in preparing …

The energy transition requires engineers who can reason about complex renewable energy systems, diagnose faults, and work collaboratively in dynamic environments. Problem-Based Learning (PBL) is widely recognized for supporting such competencies, yet many engineering courses lack authentic contexts that …