Projects



National
Ponto de Transição (Transition Point) [2021-2025]

Ponto de Transição is a mobile one-stop-shop operating out of a reused shipping container, with the goal of providing residents with useful, practical information and support on how they can improve the thermal comfort of their homes.

International
HUB-IN: Hubs of Innovation and Entrepreneurship for the Transformation of Historic Urban Areas [2020-2025]

HUB-IN is an EU funded project that wants to transform and regenerate Historic Urban Areas (HUAs) while preserving their unique cultural and social identity and the environment.

International
RIPEBA - Red Iberoamericana de pobreza energética y bienestar ambiental (722RT0135) [2024-2025]

João Pedro Gouveia part of the RIPEBA network - Red iberoamericana de pobreza energética y bienestar ambiental since 2024.

International
VENUS Network - LA VULNERABILIDAD ENERGÉTICA DE HOGARES IBEROAMERICANOS, EN EL CONTEXTO DE CAMBIO CLIMÁTICO. Detección, capacitación y alivio entre la comunidad universitaria [2024-2025]

RED VENUS - LA VULNERABILIDAD ENERGÉTICA DE HOGARES IBEROAMERICANOS, EN EL CONTEXTO DE CAMBIO CLIMÁTICO. Detección, capacitación y alivio entre la comunidad universitaria (VEnUS)

International
Energy/and human POverty: Public policy and Recommendations in Southern Europe [EFPORE-SE] [2024-2025]

The project's primary goal is to provide methods for measuring energy poverty and enhancing institutional capacities to identify energy-poor households in South Europe using Greece, Portugal Spain and Italy as case studies. The project is funded by the Hellenic

National
Edificios Mais Sustentáveis 2023_Energy Efficiency Funding Scheme [2024-2025]

The Support Program for More Sustainable Buildings 2023 aims to finance measures that promote rehabilitation, decarbonization, energy efficiency, water efficiency and the circular economy, contributing to improving the energy and environmental performance of buildings and to the said goals. Specifically, it is intended that the measures to be supported can lead, on average, to at least a 30% reduction in primary energy consumption in the intervened buildings.