An energy analysis methodology for residential heat pump retrofits

The government has targets to upscale domestic heat pump retrofit as part of the strategy to decarbonise heat. There are significant barriers to uptake including installation cost together with a lack of expertise in predicting and reporting energy and carbon performance. As a result, end user confidence in heat pumps can be low. This paper presents analysis of two monitored domestic properties using high resolution data. The aim is to develop reliable prediction and in-use diagnostic tools to improve transparency and reliability of heat pump performance. This paper focuses on a method drawn from theory as set out in CIBSE TM41, and shows how real building heat loss coefficients can be determined from regression analysis over different time frame resolutions. Practical application This research aims to provide residential heat pump retrofit providers with cost effective methods for assessing the suitability of dwellings to accept heat pump retrofit solutions, and to extend these techniques for the effective monitoring and performance evaluation of heat pumps post installation.

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Publication Details

Journal
Building Services Engineering Research and Technology
Published
2024-09-30
DOI
https://doi.org/10.1177/01436244241289521
Citations
3
Primary Topic
Energy, Environment, and Transportation Policies
Type
article
Field-Weighted Citation Impact
0.31
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article

An energy analysis methodology for residential heat pump retrofits

Aaron Gillich, K. C. Morris, T. B. Day, Issa Chaer
3 citations
Building Services Engineering Research and Technology
Energy, Environment, and Transportation Policies
0.31
article

An energy analysis methodology for residential heat pump retrofits

Aaron Gillich, K. C. Morris, T. B. Day, Issa Chaer
article en
3 citations

Abstract

The government has targets to upscale domestic heat pump retrofit as part of the strategy to decarbonise heat. There are significant barriers to uptake including installation cost together with a lack of expertise in predicting and reporting energy and carbon performance. As a result, end user confidence in heat pumps can be low. This paper presents analysis of two monitored domestic properties using high resolution data. The aim is to develop reliable prediction and in-use diagnostic tools to improve transparency and reliability of heat pump performance. This paper focuses on a method drawn from theory as set out in CIBSE TM41, and shows how real building heat loss coefficients can be determined from regression analysis over different time frame resolutions. Practical application This research aims to provide residential heat pump retrofit providers with cost effective methods for assessing the suitability of dwellings to accept heat pump retrofit solutions, and to extend these techniques for the effective monitoring and performance evaluation of heat pumps post installation.

Building Services Engineering Research and TechnologyVol. 46(2)
London South Bank University (GB)
Openalex Percentile: Top 52%
Energy, Environment, and Transportation Policies
0.31
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An energy analysis methodology for residential heat pump retrofits — Aaron Gillich, K. C. Morris, et al. · Building Services Engineering Research and Technology (2024) | TGRS Research Map | TGRS