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High-Fidelity Building Emulator

Publicly accessible License 

This dataset provides high-fidelity time series data for an emulated commercial office building sited in the Chicago, IL area during a Typical Meteorological Year (TMY). This dataset consists of air-side HVAC measurements and control inputs, and it includes normal operations as well as various implemented faults (with associated ground truth measurements) implemented on selected days. This data could be used to quantify and compare the impacts of different faults, and it could also be used as training or validation data for machine learning algorithms (e.g., reduced-order modelling, fault detection and diagnosis).

Citation Formats

Building Technologies Office (BTO). (2022). High-Fidelity Building Emulator [data set]. Retrieved from https://dx.doi.org/10.17041/1873744.
Export Citation to RIS
Bakker, Craig, Huang, Sen, and Vasisht, Soumya. High-Fidelity Building Emulator. United States: N.p., 16 Jun, 2022. Web. doi: 10.17041/1873744.
Bakker, Craig, Huang, Sen, & Vasisht, Soumya. High-Fidelity Building Emulator. United States. https://dx.doi.org/10.17041/1873744
Bakker, Craig, Huang, Sen, and Vasisht, Soumya. 2022. "High-Fidelity Building Emulator". United States. https://dx.doi.org/10.17041/1873744. https://bbd.labworks.org/ds/hfbe.
@div{oedi_5722, title = {High-Fidelity Building Emulator}, author = {Bakker, Craig, Huang, Sen, and Vasisht, Soumya.}, abstractNote = {This dataset provides high-fidelity time series data for an emulated commercial office building sited in the Chicago, IL area during a Typical Meteorological Year (TMY). This dataset consists of air-side HVAC measurements and control inputs, and it includes normal operations as well as various implemented faults (with associated ground truth measurements) implemented on selected days. This data could be used to quantify and compare the impacts of different faults, and it could also be used as training or validation data for machine learning algorithms (e.g., reduced-order modelling, fault detection and diagnosis).}, doi = {10.17041/1873744}, url = {https://bbd.labworks.org/ds/hfbe}, journal = {}, number = , volume = , place = {United States}, year = {2022}, month = {06}}
https://dx.doi.org/10.17041/1873744

Details

Data from Jun 16, 2022

Last updated Sep 15, 2022

Submitted Jun 16, 2022

Organization

Building Technologies Office (BTO)

Contact

Craig Bakker

Authors

Craig Bakker

Pacific Northwest National Laboratory

Sen Huang

Pacific Northwest National Laboratory

Soumya Vasisht

Pacific Northwest National Laboratory

Keywords

DOE Project Details

Project Name Building Data Platform

Project Number 69035

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