[Dataset] Field measurements of a nearly zero-energy office building performance in temperate oceanic climate

Field measurement data is significant in calibrating buildings regarding essential parameters, such as air temperature, energy use, and GHG emissions, among others. In addition, this dataset can be used to identify problems in building operations and to develop alternative means for improving building efficiency. Field measurement data is usually the final verification indicator for complex design and construction processes involved in the building sector.

The data provides the evaluation of air temperature, energy use, and greenhouse gas emissions from the reference building in Brussels, Belgium. The importance of the dataset lies in its unique data collection approach that provides detailed information on electricity and natural gas use, along with indoor and outdoor ambient temperature values.

The data is useful for the building community, which includes facility managers, building owners, energy engineers, building engineers, energy modelers, HVAC engineers and designers who want to design, build, and operate future energy-efficient and carbon-neutral buildings. More importantly, the data enables scientists to study the energy performance gaps and to create energy policies that translate design data and code requirements that align with EU regulations and roadmaps that aim to reduce emissions by 80% by the 2050s.

📣 Read and share the 📄 article. The paper is available in Open Access format: https://lnkd.in/ep_JqjCC

Dr. Deepak Amaripadath developed the dataset in collaboration with MK-Engineering and Dr. Mirjana Velickovic.

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#Buildingperformance#Thermaldiscomfort#Energyefficiency#Greenhousegasemissions#HVAC#Overheating#Overcooling