A rigorous study reviews the latest advancements in HVAC technologies and renewable energy systems applied to zero-energy buildings. This work offers a key contribution for professionals and institutions committed to sustainable urban development.
This article explores how smart design, renewable energy, and artificial intelligence are transforming buildings into zero-energy powerhouses—cutting emissions, slashing energy bills, and reshaping the future of sustainable living.
MiniStor presented its research results and policy recommendations for sustainable thermal energy storage with an ambitious agenda of activities in Brussels. The final event was held under the umbrella of the EUSEW, attracting close to 150 people in a hybrid format.
From innovative solutions in rural areas, the standardisation of construction materials to the smart integration of renewable energy sources, the initiatives presented during EUSEW reflect a strong commitment to transforming the built environment into a driver of sustainability and modernisation.
Solid-state cooling technologies are emerging as a sustainable alternative to reduce emissions and energy consumption in buildings, addressing the rising demand for climate control and the urgent need to decarbonise the global building stock.
Ecoconstrucción celebró un webinar en el que líderes del sector revelaron estrategias clave para transformar edificios obsoletos en referentes de sostenibilidad.
The INFINITE project showcases the case study of the sister buildings in Italy, demonstrating how integrated energy systems and technological kits can enhance energy performance in twin residential structures.
Inspired by nature, the FlectoLine façade is revolutionising architectural design by dynamically adapting to changing climatic conditions. This bioinspired innovation offers a promising solution for reducing energy consumption without relying on complex mechanical systems.