EPSRC and SFI Centre for Doctoral Training in

Energy Resilience and the Built Environment

EPSRC and SFI Centre for Doctoral Training in

Energy Resilience and the Built Environment

EPSRC and SFI Centre for Doctoral Training in Energy Resilience and the Built Environment

Project Area

To overview of project areas

Technology and System Performance

Buildings and the people in them account for 46% of all UK energy use and 72% of end-use CO2 emissions. Any future, low-carbon energy system is cheaper and less complex if energy demand is reduced. Meeting our carbon reduction targets is impossible unless buildings convert to clean energy for heating and cooling. Our research has examined how we design, build, and operate buildings so they use less energy, more efficiently and with less pollution.

  • Off-site construction is seen as one route to lower cost, higher quality and more energy efficient buildings. But replacing traditional construction with factory produced alternatives may simply create new, unforeseen problems. Site surveys and monitoring has measured the energy demands and environmental conditions in low and medium rise modular apartment buildings.
  • The energy demand of buildings is often much greater than predicted; the so called performance gap. New dwellings may not achieve the CO2 limits imposed by the building regulations and refurbishments underperform. Research which combines field measurement, full scale experimentation and modelling is developing ways of measuring the actual heat loss of UK dwellings.
  • Energy management is essential to reduce unnecessary waste. The large and complex energy systems in industrial buildings harbour numerous energy vampires, malfunctioning components and ineffective controls. New, self-diagnosing building management systems are being developed which can detect faults and direct facilities managers to the source of the problem.

 

Our ability to address these matters is enabled by our ability to employ a diverse range of research techniques: field trials, monitoring, full-scale experimentation and modelling. The research is enabled by funding from central government, stakeholder partners and the UK research councils.