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View Item: Whitmarsh, Bob, December 2014, Reducing passive solar gain in cooled laboratories at the National Oceanography Centre, Southampton

View Item: Whitmarsh, Bob, December 2014, Reducing passive solar gain in cooled laboratories at the National Oceanography Centre, Southampton
View Item: Whitmarsh, Bob, December 2014, Reducing passive solar gain in cooled laboratories at the National Oceanography Centre, Southampton
This report examines how the 27 cooled labs at NOCS which experience the most passive solar gain can be better shaded from the sun. The objective is to greatly reduce the cooling load in these labs and hence electricity consumption and emissions of greenhouse gases. Cooling load can also be reduced by minimising heat from equipment and especially low-temperature freezers. Seven plates, on levels 1, 4 and 6, contain labs which have SE and SW outward-looking aspects i.e. away from the courtyards. The SE-facing labs may experience solar gain in the mornings whereas the SW-facing labs may experience solar gain throughout the working day. Currently solar gain is reduced by the use of double glazing, internal solar-control films and/or various types of internal blinds. To further reduce solar gain it is recommended that external solar-control films and brise soleil (fixed external shades) are installed while possibly retaining the blinds. Outside Plate 671 small trees could provide shade.
Specific suggestions are made for labs in each plate, some of which include increasing the overhang of the new roof. The effect of solar shading on natural lighting in the labs will have to be considered in any new arrangement.
National Oceanography Centre
Whitmarsh, Bob
8a17394e-90a9-404a-a40c-f0099e9bfc1f
Whitmarsh, Bob
8a17394e-90a9-404a-a40c-f0099e9bfc1f

Whitmarsh, Bob (2014) View Item: Whitmarsh, Bob, December 2014, Reducing passive solar gain in cooled laboratories at the National Oceanography Centre, Southampton Southampton, GB. National Oceanography Centre 34pp.

Record type: Monograph (Project Report)

Abstract

This report examines how the 27 cooled labs at NOCS which experience the most passive solar gain can be better shaded from the sun. The objective is to greatly reduce the cooling load in these labs and hence electricity consumption and emissions of greenhouse gases. Cooling load can also be reduced by minimising heat from equipment and especially low-temperature freezers. Seven plates, on levels 1, 4 and 6, contain labs which have SE and SW outward-looking aspects i.e. away from the courtyards. The SE-facing labs may experience solar gain in the mornings whereas the SW-facing labs may experience solar gain throughout the working day. Currently solar gain is reduced by the use of double glazing, internal solar-control films and/or various types of internal blinds. To further reduce solar gain it is recommended that external solar-control films and brise soleil (fixed external shades) are installed while possibly retaining the blinds. Outside Plate 671 small trees could provide shade.
Specific suggestions are made for labs in each plate, some of which include increasing the overhang of the new roof. The effect of solar shading on natural lighting in the labs will have to be considered in any new arrangement.

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NOCS passive solar gain report FINAL v2 141204.pdf - Other
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More information

Published date: December 2014
Organisations: Ocean and Earth Science, National Oceanography Centre

Identifiers

Local EPrints ID: 372724
URI: http://eprints.soton.ac.uk/id/eprint/372724
PURE UUID: 0bb2f89a-be7e-4eca-b230-23507067155f

Catalogue record

Date deposited: 15 Dec 2014 14:29
Last modified: 02 Mar 2022 17:34

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Contributors

Author: Bob Whitmarsh

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