Improving the performance of nearly 11 million existing homes will make a much bigger difference to housing energy costs and emissions than an incoming 7-star energy standard for new homes.
Disiplin ilmiah, gaya jurnalistik
Artikel-artikel mengenai Energy efficiency
Menampilkan 21 - 40 dari 249 artikel
We’re all exposed to harmful air pollution when cooking – but retrofitting our homes to save energy may complicate matters.
Everything from ice rinks to crowded public places is a potential source of home heating.
The UK is next to last in Europe for heat pump sales – psychologists explain why take up is so low.
After decades of research revealing the long-term damage of fuel poverty, the problem is worse than ever.
Texas wasn’t prepared to keep the lights on during Winter Storm Uri, and it won’t be ready for future cold weather unless it starts thinking about energy demand as well as supply.
A two-pronged approach to energy support would see targeted help with bills and more efficient housing.
It would level the playing field and promote equitable access to low-carbon energy for all.
By following these unusual energy-saving tips, you will not only cut costs but will also help to conserve resources for future generations.
Existing decarbonisation measures are often unsuitable for the least efficient homes – failing to improve their performance will trap vulnerable people in fuel poverty.
Cranking the heating up 24/7 isn’t an option for most people.
Massive 13,000-home project investigates how much energy is typically used at different temperatures.
Home energy efficiency improvements should not be a luxury for those who can afford it.
More ambition, particularly in boosting energy efficiency, could help.
England’s housing strategy will consume our entire carbon budget by 2050 – there are alternatives, but they face political and economic barriers.
Australia is an exception among developed nations in having increased energy use per person since 2005. A new consultation paper offers hope of policies that can lift the nation’s energy performance.
Constructing and running buildings accounts for roughly a third of global energy use and emissions. So it’s alarming that a report to COP27 shows the sector is veering off course for net zero by 2050.
Recent suggests quantum computers could solve problems with breathtaking speed by comparison to current supermodels.
Buildings are designed for people to live in, but what happens when no one is present or only half of the occupants are there?
Europe is facing the prospect of an acute energy crisis – how does research suggest households can reduce their energy use?
Kontributor teratas
-
Senior Industry Fellow, RMIT University
-
Associate Professor, School of Property, Construction and Project Management, RMIT University
-
Associate Deputy Vice Chancellor, Research & Innovation, College of Design & Social Context, RMIT University
-
Professor in Construction and Environmental Assessment, The University of Melbourne
-
Energy Advisor, formerly, The University of Melbourne
-
Associate Professor in Sustainable Development, Heriot-Watt University
-
Senior Lecturer, School of Property, Construction and Project Management, RMIT University
-
Honorary Associate Professor, Centre for Climate Economics and Policy, Australian National University
-
Professor of Sustainability, Rochester Institute of Technology
-
Research Director, Institute for Sustainable Futures, University of Technology Sydney
-
Associate Professor in Architectural Engineering, Université catholique de Louvain (UCLouvain)
-
Professor, Emerging Technologies Research Lab, Monash University, Monash University
-
Senior Professor, Sustainable Buildings Research Centre (SBRC), University of Wollongong
-
Associate, Melbourne Sustainable Society Institute, The University of Melbourne
-
Honorary Senior Research Fellow at the Sustainable Buildings Research Centre, University of Wollongong
