Effects of Renovation Solution on Energy Saving and Indoor Air Quality in a Historic Building

Effects of renovation solution on energy saving and indoor air quality in a historic building

First Name Surnamea, First Name Surname*b, First Name Surnamea

aSchool of Affiliation, UK

bFaculty of Engineering and Computing, X University, UK

*Corresponding author’s mail:

Abstract

This paper reports a systematic study of an assessment on the effects of refurbishing the skylights on building energy consumption in a national gallery housed in a stone-built building of architectural, cultural and historical significance. Energy consumption is obtained from past years’ Building Meter Readings. As no sub-metering is available, the detailed energy usage is also predicted by a dynamic thermal model developed in a previous study. The detailed data is compared against the degree days obtained over these years. A comparison is made before and after the refurbishment event in the gallery to highlight the useful effects of the renovation work. A comparison is also made with other similar buildings and energy benchmarks. Furthermore, the research work extends to the definition of new control parameters which have then been used to assess the indoor hygrothermal and environmental control quality in the gallery space and a comparison of this control quality has been made before and after the refurbishment activity.

Keywords: Natural gas; Concentration field;

1. Introduction

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2. Problem identification and basic principle

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Fig. 1 Show team work

3. Methodology

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Continuity equation:

(1)

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Momentum equation:

(2)

Table 1 Performance factors

X / a / b / c

4. Results and discussions

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5. Results and discussions

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6. Conclusions

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Abbreviations

References

[1] Wang, T.W. (2007) A case study of gas pipe explosion. Journal of Chinese army police force academy, 23, 55-56.

[2] Han, Y.L., Chen, LZ. (2008) A review on explosion and the prevention in residential buildings. Journal of disaster prevention and mitigation engineering. 28, 84-88.

Acknowledgement

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