The aim of this study is to develop a representative simulation building energy data sets and a benchmark model for Belgian nearly zero energy schools (nZES) and Passive house (PH) schools It reports the results of a recent field survey conducted on nearly zero energy buildings that constructed after year 2008. A building performance simulation model is created to reflect the cost, average energy consumption, indoor overheating hours and concentration. The collected surveyed data used as an input for Energy-Plus simulation representative model of buildings. The verification of the simulated model is by comparing the characteristics found in the survey on existing buildings.
The aim of this study is to develop a representative simulation building energy data sets and a benchmark model for Belgian nearly zero energy schools (nZES) and Passive house (PH) schools It reports the results of a recent field survey conducted on nearly zero energy buildings that constructed after year 2008. A building performance simulation model is created to reflect the cost, average energy consumption, indoor overheating hours and concentration. The collected surveyed data used as an input for Energy-Plus simulation representative model of buildings. The verification of the simulated model is by comparing the characteristics found in the survey on existing buildings.
Development of benchmark models for nearly zero energy schools in belgium
SHADMANFAR, NILOUFAR
2018/2019
Abstract
The aim of this study is to develop a representative simulation building energy data sets and a benchmark model for Belgian nearly zero energy schools (nZES) and Passive house (PH) schools It reports the results of a recent field survey conducted on nearly zero energy buildings that constructed after year 2008. A building performance simulation model is created to reflect the cost, average energy consumption, indoor overheating hours and concentration. The collected surveyed data used as an input for Energy-Plus simulation representative model of buildings. The verification of the simulated model is by comparing the characteristics found in the survey on existing buildings.File | Dimensione | Formato | |
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final thesis_Shadmanfar_2019.pdf
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https://hdl.handle.net/10589/147505