@inproceedings{9cf5759ff3f446cba9bb82575ca56f5f,
title = "Predicted Energy Savings by Adopting Novel Radiant Cooling Systems in Combination with Natural Ventilation in the Tropics",
abstract = "Membrane-assisted radiant panels have demonstrated the ability to provide sub dew-point cooling in humid climates without condensing air moisture. However, there has previously been no method of simulating the energy usage of a building that utilizes this method of cooling. This paper proposes a framework that allows a thermophysics model developed for membrane-assisted panels to operate within energy simulation software. Methods are developed that allows the thermophysics model to communicate with a TRNSYS environment. The framework is then used to predict the potential energy savings that could be obtained by implementing this technology in Singapore. It was found that this climate can benefit from the adoption of a cooling system that combines membrane-assisted radiant cooling with natural ventilation. The framework developed in this study will bring membrane-assisted radiant cooling closer to widespread implementation.",
author = "Denon Sheppard and Adam Rysanek and Eric Teitelbaum and Chen, {Kian Wee} and Dorit Aviv and Kipp Bradford and Forrest Meggers",
note = "Publisher Copyright: {\textcopyright} International Building Performance Simulation Association, 2022; 17th IBPSA Conference on Building Simulation, BS 2021 ; Conference date: 01-09-2021 Through 03-09-2021",
year = "2022",
doi = "10.26868/25222708.2021.31003",
language = "English (US)",
series = "Building Simulation Conference Proceedings",
publisher = "International Building Performance Simulation Association",
pages = "621--628",
editor = "Dirk Saelens and Jelle Laverge and Wim Boydens and Lieve Helsen",
booktitle = "BS 2021 - Proceedings of Building Simulation 2021",
}