Definitions of sustainability
Sustainability in construction has no single definition. This article traces the foundational definitions —from the Brundtland Report to Elk...
Core principles of sustainable construction: environmental impact, carbon footprint, circular economy and whole-life-cycle thinking.
Sustainability in construction has no single definition. This article traces the foundational definitions —from the Brundtland Report to Elk...
Sustainable construction integrates energy efficiency, water management, responsible material selection, and indoor environmental quality to...
Passive systems can reduce building energy consumption by up to 90% compared to conventional construction. This article presents verified pr...
Sustainable architecture is built on quantifiable fundamental elements: thermal envelope, orientation, ventilation, water management, materi...
Construction and demolition waste accounts for 35% of total waste in the EU. This article analyzes the fundamentals of construction material...
The fundamental principles of energy efficiency rest on thermodynamics, the distinction between primary and final energy, and metrics such a...
What is solar energy, how the photovoltaic effect works, what cell technologies exist (monocrystalline silicon, heterojunction, perovskite),...
Geothermal energy in construction harnesses the stable ground temperature (12-18 °C in Spain) through ground source heat pumps with SCOP val...
Exploring renewable energy for buildings beyond photovoltaics: small wind, geothermal, biomass, solar thermal, and microgrids. This article...
The impact of natural ventilation on occupant health and wellbeing is supported by quantifiable studies: 8-11% improvements in cognitive per...
Autonomous buildings are constructions designed to operate without connection to external energy, water, or sanitation networks. What are au...
The vision of fully autonomous buildings combines artificial intelligence, IoT, seasonal storage, and self-regenerative materials to achieve...