Urban living labs (ULLs) are experimental governance mechanisms accelerating sustainability transitions in the built environment, yet their governance implications and systemic impact are often under-examined. A comparative analysis of six ULLs is presented with a focus on positive energy districts (PEDs) …

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sector is undergoing rapid transformation while facing critical challenges such as a shortage of skilled professionals, outdated knowledge, and the urgent need for a just energy transition.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 …

Living Labs are vibrant, open innovation ecosystems where research and development take place in real-world settings instead of isolated laboratory environments. Through a structured co-creation process, they position citizens and end-users at the heart of innovation, ensuring that emerging solutions …

The transition to sustainable energy is a complex socio-technical challenge that demands professionals capable of navigating its profound human dimensions. Moving beyond technical proficiency, this paper asks how we can train sustainable energy engineers to become more empathic, reflexive practitioners …

The author offers an elective course for undergraduate students of Mechanical Engineering in his university about Energy Communities and self-sufficient island systems. In this course he has a different teaching approach that includes the direct application of a software for the creation of a new energy …

The transition to sustainable energy systems is both technological and social, requiring new forms of learning, collaboration, and governance. This poster examines how inclusive skills ecosystems can foster a just energy transition by drawing on insights from a bi-continental capacity-building network …

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 …