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Current projects

CIBSE sponsored projects

Revision of the CIBSE Weather Files

Project type: Two and a half years Knowledge Transfer Partnership (KTP) in collaboration with University of Exeter
Academic Supervisor: Dr Matt Eames
Start date: tbc

CIBSE, in collaboration with University of Exeter, have secured Innovate UK funding to revise the CIBSE weather files. The project is currently at recruitment stage and expected to start in the Autumn of 2021.

Impact of COVID-19 on occupant behaviour, indoor air quality and energy use in a large low-carbon apartment block

Project type: Seven-month research in association with UCL
Coordinated by: Dr Farhang Tahmasebi
Start date: July 2020

As Covid-19 lockdown has resulted in extraordinary patterns of home occupancy, this project will benefit from the unique opportunity of previously-installed indoor air quality (IAQ) and window operation monitoring devices in an apartment block and one year worth of data to analyse occupants behaviour and IAQ before and during the lockdown and develop models of window operation and building thermal performance to evaluate the impact of lockdown on households’ indoor air quality and energy use. The project has delivered a paper published at BSER&T:

Home as a place of rest and work: the ideal indoor soundscape during the COVID-19 pandemic

Project type: Seven-month research in association with UCL
Coordinated by: Prof Jian Kang
Start date: July 2020

Due to the COVID outbreak and consequent lockdown situation, home is being experienced as both a place of rest and work. The purpose of the project is to investigate how the acoustic environment and building features affect people’s quality of life and work. The research will get insights into how the stay-home period has changed the acoustic experience at home and inform about people’s expectations in terms of their ideal indoor soundscape while relaxing and working at home. Lessons learned from this lockdown could inform actions to improve the built environment in order to provide high-quality living (and working) home environments beyond this COVID-19 pandemic. The project has delivered a #growyourknowledge webinar and a paper has been submitted for publication at BSER&T.

Determination of Acoustic characteristics of Alternative Ventilation Ducts

Project type: Five-year (part-time) doctorate research in association with LSBU and Imtech
Research Associate: Suzana Zekic
Academic Supervisor: Dr Luis Gomez-Agustina
Start date: September 2019

The project aims to determine the acoustic characteristics of alternative ventilation ducts as used in residential ventilation systems and to embed new guidance within CIBSE resources such as Guide B4.

Investigation into the role of ventilation design and operation on the ingress of nitrogen dioxide (NO2) (and particulate matter (PM)) in city centre offices

Project type: Three-year doctorate research in association with UCL, Cundall and ARUP
Research Associate: Emma Gibbons
Academic Supervisor: Prof Marcella Ucci
Start date: September 2020

The project will carry out monitoring in UK offices to investigate the causes of ambient air pollution ingress and develop mitigation strategies to control NO2. Guidance developed as a result of this project will better inform how building operation and ventilation practices influence indoor concentration of NO2 and other pollutants.

Embodied carbon of building services

Project type: Industry led research
Coordinated by: Elementa Consulting
Start Date: January 2020

CIBSE is collaborating with Elementa Consulting to undertake research into embodied and whole life carbon of building services products and systems in order to address the lack of data availability and that of a consistent methodology. The aim is to facilitate data collection with the support of MEP manufacturers to help build embodied carbon datasets, as well as setting a UK standard methodology for calculating embodied carbon of MEP products and systems when no Environmental Product Declarations are available.

TM65: Embodied carbon of building services methodology, was published in January 2021. The TM65 methodology is quickly becoming a standard in the industry and is being adopted by practitioners, manufacturers and policy. As a result CIBSE, in collaboration with Elementa Consulting, is working on the development and publication of two further guidance documents, TM65.1 Embodied Carbon of Residential Heating Systems and TM65.2 Embodied Carbon of HVAC in Offices, to compliment the TM65 methodology. Based on the data collected as part of the above studies, an embodied carbon of building services database will be developed and further expanded as more data become available.

Assessing overheating in homes – an industry methodology

Project type: Four-year doctorate research in association with UCL (plus one year extension due to COVID-19 delays)
Research Associate: Giorgos Petrou
Academic Supervisor: Prof Mike Davies and Dr Anna Mavrogianni
Start date: September 2017

Homes in the UK already experience overheating, which is expected to increase in the future due to increasing frequency and severity of mean summertime temperatures and extreme heat episodes, as well as increased urbanisation of cities. This risk may potentially be exacerbated by increasing energy efficiency of building design and retrofit standards to reduce national carbon emissions from homes. It is widely agreed that SAP is not suitable for assessing overheating in homes, and a more detailed, dynamic methodology is needed.

CIBSE, working with an industry group of professionals, has developed a methodology which has just been published as CIBSE TM59, Design methodology for the assessment of overheating risk in homes. This TM aims to standardise the assessment of overheating risk and should play a key role in limiting overheating risk in new and refurbished homes. The aim of this project is to use parametric analysis of the UK housing stock to investigate causes of overheating in various domestic typologies and identify the most effective mitigation options.

This project is undertaken by CIBSE and London Loughborough Centre for Doctoral Studies (LoLo CDT) sponsored PhD student based at UCL, Giorgos Petrou.

Giorgos published a paper presenting his analysis in the August 2018 Building Services Engineering Research &Technology (BSER&T):

Giorgos published a paper in the July 2019 BSER&T Journal – Special Issue on overheating that looks at the influence of occupancy patterns in the risk of overheating in homes:

Giorgos also created a simple video on 5 steps for dealing with overheating in homes that got a lot of media attention including a retweet from the GLA:

Energy Benchmarks

Project type: Three-year post doctorate research in association with UCL
Research Associate: Dr Sung-Min Hong
Academic Supervisor: Prof Dejan Mumovic
Start date: July 2015

CIBSE is collaborating with UCL to revise the CIBSE energy benchmarks in Guide F and TM46, and review the methodology used for their production. We are supporting a three-year post-doc research project, which will be carried out by Dr Sung Min. Sung Min’s PhD at UCL was also sponsored by CIBSE, and was a study of the energy benchmarking methodology for school design.

Sung Min analysed the recently released DECCs and data on energy use in schools provided by the Department of Education. The aim is to develop protocols for the collection and analysis of various energy use datasets towards producing and/or updating energy benchmarks. The analysis will also produce building typologies based on their energy use that will further inform the benchmarking process. Sung-Min produced two papers based on the above analysis, one of them presented at the 2018 CIBSE Technical Symposium.

The UCL research team, in collaboration with the Digital Engineering in-house expert at CIBSE and with Cloud Enterprise are currently undertaking the development of an online dynamic platform for the release of the revised energy benchmarks. In its first phase the platform will provide a user interface that could be interrogated by the user in order to provide them with customized information. The platform offers the capability to regularly update the energy benchmarks when new datasets become available. Phases 2 and 3 of the platform development will allow users to input energy data of their buildings and benchmark their energy use against national and regional building stock.

The Energy Benchmarking Tool was presented at the CIBSE Build2Perform Live 2018 event on 27 November where it attracted a lot of interest from CIBSE Members and other attendees. Following the presentation at the B2P the team has also been approached by various non-for-profit organisations that collect building energy and other data, to collaborate in this project and share their data towards further expanding the scope of the platform.

The official launch of phase 1 of the online platform took place at the end of June 2019 and it is now available on the CIBSE website at: The online platform will use energy data as it becomes available to provide relevant and reliable benchmarks that represent the current trends of energy use in buildings.

Latest updates include:

  • June 2021, new domestic energy benchmarks
  • April 2021, new higher education energy benchmarks
  • January 2021, new prison energy benchmarks

The team is currently working on phase 2 of the development of the platform.


Other CIBSE supported projects

Energy efficiency in the hospitality sector 

Project type:  Two doctorate research projects 
Coordinated by: Prof Ali Bahadori-Jahromi, University of West London
Date: September 2015 - September 2021

CIBSE is involved in an advisory role in two PhD research projects sponsored by the Hilton Group to investigate energy efficiency options for their UK stock. This collaboration offers CIBSE access to the hospitality sector and the challenges of trying to meet the MEES – Minimum Energy Efficiency Standard.

Published papers include:

  • Impact of Adding Comfort Cooling Systems on the Energy Consumption and EPC Rating of an Existing UK Hotel, Sustainability, April 2020;
  • Energy Performance and cost analysis for the nZEB retrofit of typical UK hotel, Journal of Building Engineering, April 2020;
  • Impact of Low-E Window Films on Energy Consumption and CO2 Emissions of an Existing UK Hotel Building, Sustainability 11(16), August 2019;
  • Investigating the potential impact of energy efficient measures for retrofitting existing UK hotels to reach the Nearly-Zero Energy Building (nZEB) standard, Energy Efficiency, June 2019; 
  • Impact of cavity extraction fans on thermal and energy performance of existing UK hotel, Proceedings of the Institution of Civil Engineers - Engineering Sustainability, Volume 172, Issue 2, 1 Apr 2019 (76–86);
  • Optimum Size Selection of CHP Retrofitting in Existing UK Hotel Building, Sustainability 10(6), June 2018;
  • Comparison and Evaluation of the Potential Energy, Carbon Emissions, and Financial Impacts from the Incorporation of CHP and CCHP Systems in Existing UK Hotel Buildings, Energies, 11(5):1219, May 2018;
  • Estimation and Validation of Energy Consumption in UK Existing Hotel Building Using Dynamic Simulation Software, Sustainability 9(8):1391, August 2017;
  • Impact of Window Films on the Overall Energy Consumption of Existing UK Hotel Buildings, Sustainability 5(9):731, May 2017.

Whole life cycle assessment of LIDL supermarkets (2020 – 2024, University of West London and LIDL)

Project type:  Three doctorate research projects 
Coordinated by: Prof Ali Bahadori-Jahromi, University of West London
Date: September 2020 - September 2023

CIBSE is involved in an advisory role in three PhD research projects sponsored by the LIDL UK to investigate the whole life cycle of their UK building stock.

Published papers include:

  • Investigating the Potential Impact of Future Climate Change on UK Supermarket Building Performance, Energy Sustainability, January 2021
  • The role of embodied carbon databases in the accuracy of Life Cycle Assessment (LCA) calculations for the embodied carbon of buildings, Sustainability, July 2021

Urban Albedo Calculator

Project type: Research funded by EPSRC
Coordinated by: Kent, Brunel and Loughborough Universities
Date: August 2017 – September 2020

This EPSRC funded research will investigate the seasonal effects of albedo on urban temperature using London as a case-study. Albedo intervention can bring substantial positive effects during the summer while marginal negative effects are expected in winter. In mild climates such a negative effect might out-weigh summer benefits. It is possible that seasonal intervention on the urban fabric could give an overall positive impact but for this, accurate computation of urban albedo is required at urban design or intervention stage. These issues will be investigated in the proposed study which has a two-fold aim; (a) to investigate experimentally the impact of urban fabric on urban albedo and (b) to develop an empirical model to predict changes in urban albedo in relation to changes in urban fabric and solar altitude with a specific focus on advanced materials such as PCM doped cool materials. This aim will be achieved through an extensive experimental study that includes field and laboratory scale measurements followed by the development of an urban albedo calculator that is able to explore seasonal variations. These albedo values could be used to predict the urban heat island with high accuracy.

CIBSE is a member of the steering group of this project.

Other collaborations

ERBE CDT - Dr Anastasia Mylona, CIBSE Head of Research, has been appointed to Chair the Advisory Board of the Centre for Doctoral Training (CDT) in Energy Resilience and the Built Environment (ERBE), a collaboration between University College London, Loughborough and the Centre for Marine and Renewable Energy in Ireland.  This is the third phase of the London/Loughborough (LoLo) CDT originally set up in 2009 by former CIBSE Vice President Prof. Tadj Oreszczyn. (

NERC Clean Air Programme - CIBSE is a partner in one of the successful networks funded by NERC Clean Air programme – ‘The health and equity impacts of climate change mitigation measures on indoor and outdoor air pollution exposure (HEICCAM)’, led by the University of Edinburgh. The aim of HEICCAM is to strengthen evidence to optimise the health and equity impacts of changes in air pollution at the indoor/outdoor interface as we transition to a low carbon future.

CREDS - CIBSE is a member of the Advisory Board of the Centre for Research into Energy Demand Solutions (CREDS) which supports research to transform the energy demand landscape.