Local energy initiatives (LEIs) are communities of households who self-organize to meet their energy demand with locally produced green energy. They facilitate citizen participation by developing context-specific solutions, which calls for leadership and complex social dynamics. We present an agent-based simulation model to explore the formation of community energy initiatives from the bottom-up, accounting for social networks and evolution of opinions facilitating or hindering LEIs. Our novel model relies on well-established social theories and uses empirical data on community energy systems in the Netherlands and individual citizens’ preferences. Specifically, our computational model captures behavioural drivers and social value orientations, and relates individuals behavioural traits to aggregated stylized facts about energy initiatives at the community level. The results indicate that when communities lack participants with cooperative orientation, altruistic citizens with prosocial social value orientations become essential for the creation of LEIs, revealing different pathways to achieve public good benefits. Our analysis systematically demonstrate that leaders can be a bottleneck in the LEIs’ formation and that an increase in initiators is conducive to the creation of LEIs. Therefore, policies aiming at increasing the number of community initiatives should target small groups and individuals with the leadership potential, who could lead projects, and explore synergies with wider community benefits.@en

Designing Systems for Informed Resilience Engineering’ (DeSIRE) is an extensive interdisciplinary research programme that shapes the 4TU Centre for Resilience Engineering (4TU RE Centre) and builds its capacity. Our understanding of resilience goes beyond robustness of infrastructure; we focus on resilience as the ability of coupled social-technical-environmental (STE) systems to absorb, react, recover, adapt and reorganize with change. Our mission is to advance and consolidate the understanding of resilience thinking, measuring resilience, and resilience coordination and governance. This mission statement conveys the 4TU RE community approach to resilience and the premises upon which this approach makes a difference.@en

Designing Systems for Informed Resilience Engineering’ (DeSIRE) is an extensive interdisciplinary research programme that shapes the 4TU Centre for Resilience Engineering (4TU RE Centre) and builds its capacity. Our understanding of resilience goes beyond robustness of infrastructure; we focus on resilience as the ability of coupled social-technical-environmental (STE) systems to absorb, react, recover, adapt and reorganize with change. Our mission is to advance and consolidate the understanding of resilience thinking, measuring resilience, and resilience coordination and governance. This mission statement conveys the 4TU RE community approach to resilience and the premises upon which this approach makes a difference.@en