BRYS: Calculation Models for Solar Shading and Purge Ventilation: A Study on the Development and Application of Simplified Models Using Weather Data to Aid Occupants in using Solar Shading and Purge Ventilation

Vera Bader; Roel C.G.M. Loonen; S.C. (Lenneke) Kuijer

BRYS: Calculation Models for Solar Shading and Purge Ventilation: A Study on the Development and Application of Simplified Models Using Weather Data to Aid Occupants in using Solar Shading and Purge Ventilation

Vera Bader, Roel C.G.M. Loonen, S.C. (Lenneke) Kuijer

Research output: Book/Report › Report › Professional

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Abstract

This report presents the development and application of simplified calculation models for quantifying the effects of solar shading and ventilative cooling, supporting the conceptual BRYS thermostat created by Kuijer (2024). The primary goal of the calculation models is to assist in preventing overheating in homes by optimizing the use of shading devices and natural ventilation strategies. The models leverage weather data and building-specific parameters to provide actionable recommendations for maintaining thermal comfort, while also aiming to maintain low-tech.

Original language	English
Place of Publication	Eindhoven
Number of pages	78
Volume	1
Edition	1
Publication status	Published - 23 Jan 2025

Funding

This output was created with financial support of NWO through VENI17343

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BRYS Shading and Ventilating Calculation Models _ Bader Loonen Kuijer _ 2025Final published version, 1.42 MB

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VENI - Anticipating the role of smart technologies in the dynamics of everyday life
Kuijer, S. C. (Project Manager)
1/11/19 → 31/05/24
Project: Second tier

Cite this

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title = "BRYS: Calculation Models for Solar Shading and Purge Ventilation: A Study on the Development and Application of Simplified Models Using Weather Data to Aid Occupants in using Solar Shading and Purge Ventilation ",

abstract = "This report presents the development and application of simplified calculation models for quantifying the effects of solar shading and ventilative cooling, supporting the conceptual BRYS thermostat created by Kuijer (2024). The primary goal of the calculation models is to assist in preventing overheating in homes by optimizing the use of shading devices and natural ventilation strategies. The models leverage weather data and building-specific parameters to provide actionable recommendations for maintaining thermal comfort, while also aiming to maintain low-tech.",

author = "Vera Bader and Loonen, {Roel C.G.M.} and Kuijer, {S.C. (Lenneke)}",

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AU - Bader, Vera

AU - Loonen, Roel C.G.M.

AU - Kuijer, S.C. (Lenneke)

PY - 2025/1/23

Y1 - 2025/1/23

N2 - This report presents the development and application of simplified calculation models for quantifying the effects of solar shading and ventilative cooling, supporting the conceptual BRYS thermostat created by Kuijer (2024). The primary goal of the calculation models is to assist in preventing overheating in homes by optimizing the use of shading devices and natural ventilation strategies. The models leverage weather data and building-specific parameters to provide actionable recommendations for maintaining thermal comfort, while also aiming to maintain low-tech.

AB - This report presents the development and application of simplified calculation models for quantifying the effects of solar shading and ventilative cooling, supporting the conceptual BRYS thermostat created by Kuijer (2024). The primary goal of the calculation models is to assist in preventing overheating in homes by optimizing the use of shading devices and natural ventilation strategies. The models leverage weather data and building-specific parameters to provide actionable recommendations for maintaining thermal comfort, while also aiming to maintain low-tech.

M3 - Report

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BT - BRYS: Calculation Models for Solar Shading and Purge Ventilation

CY - Eindhoven

ER -

BRYS: Calculation Models for Solar Shading and Purge Ventilation: A Study on the Development and Application of Simplified Models Using Weather Data to Aid Occupants in using Solar Shading and Purge Ventilation

Abstract

Funding

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VENI - Anticipating the role of smart technologies in the dynamics of everyday life

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