Advanced fabric energy storage III: Theoretical analysis and whole-building simulation

R. Winwood; R. Benstead; R. Edwards

Advanced fabric energy storage III: Theoretical analysis and whole-building simulation

R. Winwood
, R. Benstead
, R. Edwards

Research output: Contribution to journal › Article › peer-review

Abstract

The paper is the third in a series of four which describe a three-year research project into advanced fabric-energy-storage (FES) systems. It presents the derivation of a theoretical relation for the heat transfer (storage efficiency) within a FES-slab which is used to construct a simple model of the slab. The model is then validated against experimental data and incorporated into the full building simulation, ESP-r. An investigation of the summer time overheating risk in an office equipped with FES-slabs demonstrates the application of the model.

Original language	English
Pages (from-to)	17-24
Number of pages	7
Journal	Building Services Engineering Research and Technology
Volume	18
Issue number	1
Publication status	Published - 1997

Keywords

thermal mass, energy conservation

Cite this

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title = "Advanced fabric energy storage III: Theoretical analysis and whole-building simulation",

abstract = "The paper is the third in a series of four which describe a three-year research project into advanced fabric-energy-storage (FES) systems. It presents the derivation of a theoretical relation for the heat transfer (storage efficiency) within a FES-slab which is used to construct a simple model of the slab. The model is then validated against experimental data and incorporated into the full building simulation, ESP-r. An investigation of the summer time overheating risk in an office equipped with FES-slabs demonstrates the application of the model.",

keywords = "thermal mass, energy conservation",

author = "R. Winwood and R. Benstead and R. Edwards",

year = "1997",

language = "English",

volume = "18",

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journal = "Building Services Engineering Research and Technology",

issn = "0143-6244",

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TY - JOUR

T1 - Advanced fabric energy storage III: Theoretical analysis and whole-building simulation

AU - Winwood, R.

AU - Benstead, R.

AU - Edwards, R.

PY - 1997

Y1 - 1997

N2 - The paper is the third in a series of four which describe a three-year research project into advanced fabric-energy-storage (FES) systems. It presents the derivation of a theoretical relation for the heat transfer (storage efficiency) within a FES-slab which is used to construct a simple model of the slab. The model is then validated against experimental data and incorporated into the full building simulation, ESP-r. An investigation of the summer time overheating risk in an office equipped with FES-slabs demonstrates the application of the model.

AB - The paper is the third in a series of four which describe a three-year research project into advanced fabric-energy-storage (FES) systems. It presents the derivation of a theoretical relation for the heat transfer (storage efficiency) within a FES-slab which is used to construct a simple model of the slab. The model is then validated against experimental data and incorporated into the full building simulation, ESP-r. An investigation of the summer time overheating risk in an office equipped with FES-slabs demonstrates the application of the model.

KW - thermal mass, energy conservation

M3 - Article

SN - 0143-6244

VL - 18

SP - 17

EP - 24

JO - Building Services Engineering Research and Technology

JF - Building Services Engineering Research and Technology

IS - 1

ER -

Advanced fabric energy storage III: Theoretical analysis and whole-building simulation

Abstract

Keywords

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Cite this