Building Energy
The Building Energy Research Group (BERG): transforming the performance of buildings for a healthy, sustainable, and zero-carbon future.
Our Aim
We believe that better buildings are essential for a healthy, sustainable, and zero-carbon future. Our high-quality, multi-disciplinary, collaborative research drives real-world impacts and helps us to develop the next generation of built environment professionals.
Research Themes & Projects
More about us
Enterprise
High-quality consultancy services
The Building Energy Research Group has a track record of delivering high-quality consultancy services to a range of clients including Government Departments, multi-national corporations, housing associations, consultancies and SMEs. To find out more, please contact Dr David Allinson.
Facilities
Research, teaching and learning environment
The Building Energy Research Group enjoys one of the UK’s largest open-plan laboratories, as well as a suite of instrumented Test Houses. We carry out research in the field to measure and monitor the performance of buildings all over the world.
- Instrumented matched-pair 1930s semi-detached test houses with synthetic occupancy
- Two additional instrumented test-houses with heat pump and model-predictive control
- Thermal comfort chamber with thermal breathing manikin and laser PIV
- Building and Industrial Services Pipework Academy
- Twin Robotic manufacturing cell with 3D concrete printing, interchangeable tooling and large-scale metrology capability
- Data loggers and instrumentation for monitoring building energy, thermal comfort, and indoor air quality
- Co-heating, airtightness, U-value and infra-red thermography testing
- Salt Bath for Natural Ventilation Flow Visualisation
- Equipment calibration, maintenance, and storage facilities
- Solar simulator and weather stations
- Hygrothermal Test Facility
Expertise
Expertise in modelling and measurement
The Building Energy Research Group has a broad range of expertise in modelling and measurement.
Modelling Expertise
- Dynamic thermal simulation
- Computational fluid dynamics
- Community energy and urban energy modelling
- Housing stock modelling
- Hygrothermal simulation
- Optimisation
- Sensitivity and uncertainty analysis
- Overheating risk assessment
- Moisture, damp, and mould risk assessment
- Daylight and photobiology
- Open Science in Building Simulation
Measurement Expertise
- Large-scale field trials
- Loughborough Living Laboratory
- Test houses with synthetic occupants
- Thermal comfort laboratory with breathing thermal manikin and laser PIV
- Hygrothermal Test Facility
- Building and Industrial Services Pipework Academy
- Solar simulator
- Building diagnostics and post-occupancy evaluation
- Co-heating, blower door, IR thermography
- Energy and temperature monitoring
- Indoor air quality monitoring
- Occupant behaviour
- Data analysis, programming, and statistics
- Surveys, questionnaires, and semi-structured interviews
- Open data and databases
Teaching
Undergraduate, postgraduate and doctoral study
The Building Energy Research Group support all undergraduate programmes in the School, including Architecture and Architectural Engineering.
We are very proud of our longstanding MSc programme in Low Energy Building Services Engineering and welcome a wide range of UK and international applicants for full-time or part-time study. Please download our Low Energy Building Services Engineering MSc Brochure 2021 to find out more.
We have a vibrant postgraduate research community and have been training the next generation of thought leaders for over a decade in our Centres for Doctoral Training: The London-Loughborough (LoLo) EPSRC Centre for Doctoral Training in Energy Demand, and EPSRC and SFI Centre for Doctoral Training in Energy Resilience and the Built Environment (ERBE).
We are one of only four Royal Academy of Engineering Centres of Excellence in sustainable building design.
Collaborations
The Building Energy Research Group collaborates widely with institutions in the UK and around the world, including:
- The Active Building Centre
- ASHRAE
- BRE
- Cambridge Architectural Research
- CEPT India
- CIBSE
- The Department for Business Energy and Industrial Strategy (BEIS)
- Halton Housing
- Hilson Moran Partnership
- IEA Annex 71: Building Energy Performance Assessment Based on In-situ Measurements
- IEA EBC Annex 82: Energy Flexible Buildings Towards Resilient Low Carbon Energy Systems
- Leeds Sustainability Institute
- MaREI
- The Ministry of Housing Communities and Local Government (MHCLG)
- Mitsubishi Electric R&D Centre Europe (MERCE)
- Swansea University
- UCL Energy Institute
- The University of Salford Energy House Laboratories
- University of Cambridge
- University for Development Studies, Tamale
- University of Ghana
- University of Sheffield
- Vexo International