Centre for Energy and the Environment
The Centre for Energy and the Environment are an interdisciplinary team who conduct applied research and consultancy into sustainable buildings, energy and environmental policy and the impacts of climate change on the built environment. Formed in 1977, we have extensive experience of work with the commercial sector, local government and research councils.
The Centre for Energy and the Environment works alongside public sector organisations in the South West under a partnership known as the South West Energy and Environment Group (SWEEG). Experience, information, research and technical advice are shared between its members on energy and climate change issues.
In this section
Centre staff
Our research into Energy and the Environment involves staff and postgraduate students within the department, as well as academic staff from other institutions. More information about the research specialisms, publications and projects of our staff can be found within their individual profile pages.
We are based within Hope Hall at the University of Exeter and can be contacted at the following address: Suite G.24, Hope Hall, University of Exeter, Prince of Wales Road, Exeter, Devon, EX4 4PL.
Centre staff list
Research themes, skills and services
Our strong interdisciplinary team work in the key areas listed below.
Energy and Climate Change Policy
We are actively involved in developing climate change policy for businesses and local authorities. Much of our work is aimed at supporting these organisations in meeting their carbon reduction commitments. Our work in this area includes:
- Audits of regional energy use
- Audits of greenhouse gas emissions
- Development of carbon reduction strategies
- Multivariate and spatial analyses based on Geographical Information Systems (GIS) mapping
Climate Change Adaptation Strategy
We are actively involved in assessing the impacts of climate change on buildings. Much of our work in this area supports local authorities and businesses as they adapt their existing buildings to cope with climate change, and to inform the design process for new buildings. Our work in this area includes:
- Evaluating the impact of climate change on buildings and occupants
- Design stage advice on adaptation options for buildings
- Retrofit building adaptation strategies
Sustainable Building Design Advice
It can be challenging to design sustainable buildings that successfully balance energy efficiency, thermal comfort, lighting and acoustics. We provide design advice that considers the interaction between these sometimes conflicting requirements, to assist the client in arriving at successful, affordable solutions. Our involvement can range from strategic advice for incorporation into procurement and tender documents to advice on detailed aspects of the design.
We can provide consultancy in the following areas:
- Thermal modelling
- Thermal performance under climate change scenarios
- Daylight simulations and calculations
- Acoustics
Evaluation of Building Performance
We have been monitoring the performance of buildings since the Centre's inception in 1977. During this time we have developed a detailed insight of how buildings actually function, the challenges of obtaining reliable performance data and strategies to overcome these challenges. This expertise can help diagnose a variety of problems related to energy use, ventilation, thermal comfort and acoustics. Our key areas of expertise are:
- Quantifying acoustic performance (room acoustics, sound insulation, noise control)
- Assessing in-use energy performance from installed and temporary metering
- Assessing in-use water performance
- Monitoring of building services performance
- Monitoring of occupant comfort (temperature, humidity)
- Monitoring of indoor air quality
We are particularly experienced in providing remedial advice for existing buildings and monitoring studies that are tailored to the intricacies of the building under evaluation.
Renewable Energy Systems Advice
Renewable energy systems are fast becoming an integral part of new developments and are key in developing achieving a sustainable solution at an individual site, local, regional or national level. However, with so many competing technologies available properly informed design decisions are vital. We provide the following services:
- Regional and local renewable energy feasibility pre-assessments
- Evaluation of uptake of renewable energy technologies
- Evaluations of district heating viability
- Advice on biomass boiler feasibility and biomass fuel supply chains
- Integrated design advice considering renewable technologies alongside monitored or predicted energy loads and energy efficiency measures
- Economic cost-benefit analysis
- Monitoring of renewable energy installations
Every building and development is unique and will require individual an individual solution. Whether the project is a new or existing building, we can advise on suitable renewable energy strategies.
Sustainable Transport Assessments
Transport accounts for around a third of UK carbon dioxide emissions and strategies to combat poor air quality locally can be detrimental to carbon emission reduction. We are experienced in working with both local authorities and businesses to assess emissions from fleets, operations or geographical areas. Our range of services include:
- Interpretation of monitored levels of local air quality pollutants
- Dispersion modelling of pollutants
- Source apportionment based on vehicle flow data
- Creation of emissions inventories (carbon and air quality pollutants) at a local or regional scale
- Evaluating the effect of fleet upgrades, operational parameters and new technologies
- Evaluating the impact of alternative vehicle fuels
- Evaluating the effect of road schemes on emissions and resident health
- Sustainable transport policy formulation
- Quantification of the effect of local and national policy measures
- Advice on fleet management strategies
Multidisciplinary Research
We have fostered many long term partnerships with commerce and industry and have developed bespoke research projects for clients in the following areas:
- Reducing energy use in production processes
- Transport fleet management
- Lifecycle assessments for products and services
- Integrated waste management and energy from waste solutions
As well as conventional consultancy and research contracts, a further vehicle for the delivery of targeted research for your organisation is available in the form of a Knowledge Transfer Partnership (KTP). This arrangement gives you access to expertise, not just in the Centre itself, but across the wider university.
South West Energy and Environment Group (SWEEG)
The South West Energy and Environment Group (SWEEG) partnership has been in existence since 1977 and has expertise covering sustainable and energy efficient buildings, performance monitoring of buildings, energy and climate change policy development, renewable energy studies, and sustainable and low carbon transport.
Working in partnership, SWEEG members are leading the way in the energy and climate change debate. Current SWEEG members include:
- Cornwall Council
- Devon County Council
- Devon and Cornwall Police Authority
- East Devon District Council
- Exeter City Council
- Mid Devon District Council
- Plymouth City Council
- South Hams District Council
- Teignbridge District Council
- University of Exeter
- West Devon Borough Council
Members meet twice a year in May and November to share progress on the range of energy and climate related activities being undertaken, and to discuss SWEEG work programmes. Members of CEE present on research carried out in the intervening period and on topics relevant to SWEEG members. Minutes and presentations from previous meetings are made available to all members.
SWEEG Membership
Through membership of SWEEG you can work with other public sector organisations to share the costs and experiences of working towards a low carbon future.
Share experience and gain added value
- Explore specific technical topics using the skills at the Centre
- Discuss ongoing work and update each other on activities and initiatives of other SWEEG members
- Review the work completed by other members over the year through the Annual Report and individual project reports
- Gain access to new funding sources
Collaborate
- Generate results and solutions in a more cost effective way than by working in isolation
- Commissions technical research from the Centre at reduced rates
- Access a database of over 1,000 technical reports, studies and tools that have already been created by the SWEEG partnership
- Get advice on responding to changes in national policy
Publications and reports
The Centre produces annual reports highlighting work carried out within the SWEEG partnership. Recent reports can be be downloaded below:
Historic reports produced for our SWEEG partners are available on request, and in some cases can be made available to members of the public.
Consultancy
We have a track record in providing high quality, professional, consultancy services in all of our main areas of expertise. Please contact a member of staff to discuss your requirements.
Previous clients have included: architectural practices, builders and developers, manufacturing companies, the Ministry of Defence, transport operators, educational establishments, and community groups.
Project size and scope can range from a day or two of specific design advice for a new building to research projects extending over several months. We operate through the consultancy arm of the university, who handle contractual arrangements, invoicing, public liability and professional indemnity cover.
Specific capabilities include:
- Carbon footprinting of organisations and territorial areas, including development of low carbon strategies and descent planning
- Thermal modelling of buildings using the IES Virtual Environment software
- Daylight and lighting modelling using Radiance software
- Monitoring of buildings using multi-channel Datataker and Gigalog and single channel Lascar and Dallas iButton dataloggers and an extensive range of sensors to monitor electrical consumption (current clamps), temperature, humidity, light levels, digital and analogue state in control circuits and optical monitoring of mechanical meters and indicator lamps
- Acoustic design using CATT Acoustic ray tracing and INSUL sound insulation prediction software
- Acoustic surveys using Class I measurement equipment from Brüel & Kjær, Norsonic, Gras and ACSoft
- Thermal imaging using high resolution cameras from Fluke, Testo and Flir
- Electromagnetic and magnetic field surveys
- GIS mapping using MapInfo Professional software
- Air quality modelling using ADMS Roads software
- Programming of computer models and data analysis in Matlab, R, Visual Basic, Visual C++, Microsoft Access and Microsoft Excel