
This NREL ComStock dataset provides comprehensive commercial building-stock metadata for 2021, enabling advanced energy performance analysis. The NREL ComStock dataset comprises detailed building-characteristics metadata for a vast array of sampled models representing the United States commercial building stock. This structured data release offers granular insights into construction types, operational profiles, and mechanical systems essential for large-scale energy modeling. The information is formatted for compatibility with high-performance computing environments, allowing users to cross-reference specific building attributes with simulated end-use load profiles. By providing a standardized, machine-readable record of building stock variables, this dataset serves as a foundational resource for researchers, policy analysts, and engineers conducting rigorous building performance assessments.
The download is a 36.6 MB file containing .PARQUET files.
Professionals typically integrate this Parquet-formatted metadata into data analysis pipelines or simulation environments using Python or R. By joining these building-characteristics files with corresponding hourly load profiles, analysts can perform complex queries to evaluate energy consumption patterns across diverse building archetypes. The data is optimized for efficient processing in large-scale simulation workflows, allowing for rapid filtering and aggregation of specific building types, geographic locations, or mechanical system configurations within the broader ComStock framework.
NREL ComStock U.S. Commercial Building Stock Metadata
Free
This dataset is primarily intended for energy modeling consultants, academic researchers, and municipal planners working on large-scale urban energy assessments and decarbonization strategies. It is particularly valuable during the benchmarking and feasibility stages of commercial building projects, where understanding stock-wide performance trends informs design decisions. Professionals searching for reliable building performance data, commercial energy benchmarks, or large-scale simulation inputs will find this resource indispensable for validating energy efficiency models and developing evidence-based building codes for commercial and institutional developments.
File formats
What changed in 1.0.0
Initial release.
CC BY 4.0
Attribution: National Renewable Energy Laboratory (NREL), U.S. Department of Energy — licensed under CC-BY-4.0
Full terms have not been published for this listing. Contact the seller before using it on a commercial project.