Evidence-led reporting, guides, and case studies across architecture, energy, construction, materials, and connected living.
Matter 1.4 expanded the standard's energy-related capabilities, including support for solar equipment, batteries, heat pumps, water heaters, and EV charging. The gap between what a specification enables and what platforms and products actually expose to users requires careful examination.
The U.S. Department of Energy's Residential Cold Climate Heat Pump Challenge tested whether manufacturers could maintain useful heating capacity at −15 °F (−26 °C). What the resulting field demonstrations do—and do not—establish about real-world performance matters for anyone advising a cold-region household.
The University of Maine produced BioHome3D using wood-fiber and bio-resin feedstock. A year-one durability report offers an early look at how the structure held up through a Maine winter—and what remains unresolved about its recyclability claims.
Battery capacity in kilowatt-hours is only one part of backup design. Inverter output, starting surges, reserve settings, solar availability, weather, and the specific loads chosen all determine how long a system can operate—and which appliances it can run.
The U.S. Department of Energy's Advanced Building Construction Initiative supports industrialised retrofit approaches, including prefabricated envelope systems. The question is whether scan-to-model workflows and rapid installation can make deep retrofits more repeatable across the existing housing stock.
The IEA's Energy and AI report describes both growing electricity demand from AI infrastructure and potential AI applications across energy systems. For homes, the defensible near-term story is narrower: forecasting, fault detection, occupancy-aware control, and load coordination can help—when sensors, commissioning, and building physics support them.
The Passive House Institute's certification framework evaluates modelled heating and cooling demand, airtightness, and primary-energy demand rather than prescribing a visual aesthetic. Understanding what the standard actually measures matters before applying the label.
Mass timber can substitute for more emissions-intensive structural materials and store biogenic carbon during a building's service life. But the climate result varies significantly with forest management, manufacturing yield, transport, service life, and end-of-life treatment.
University of Cambridge researchers reported a process using recovered cement paste as a flux in electric-arc steelmaking, producing material that can be converted into new Portland cement clinker. The peer-reviewed process connects two high-emitting material systems—but residential relevance depends on several unresolved conditions.