Key facts
Contents & fields
This dataset contains multivariate time series from the European and international energy domain for evaluating zero-shot and covariate-aware forecasting. It covers 9 domain categories: Balancing Services, Dispatchable Generation, Non-Dispatchable Generation, Load, Market Data, Grid Data, Heat Data, Mobility / EV Charging, and Residential Load. All time series are stored in Apache Parquet format; covariate files (weather data as historical forecasts, NWP runs, and ERA5 reanalysis, plus holiday calendars) are included in sub-folders alongside each target series. All timestamps are in Coordinated Universal Time (UTC). File structure: DataClass/DatasetName-TargetName/data_file.parquet (target time series), covariates/cov_file.parquet (weather, calendar, etc.), zenodo_dataset_overview.csv (machine-readable index), and zenodo_description.html (this file). Note: Some datasets are not included due to license restrictions and must be downloaded separately from original sources.
- DataClass——Data category, e.g., Balancing Services, Dispatchable Generation
- DatasetName——Dataset name, e.g., Balancing Data Germany
- TargetName——Target variable name, e.g., Area Control Error (NRV Saldo)
- data_file.parquet——Target time series file
- cov_file.parquet——Covariate file, including weather, calendar, etc.
- zenodo_dataset_overview.csv——Machine-readable dataset index
- zenodo_description.html——Dataset description file
Research uses
This dataset is suitable for energy time series forecasting research, especially zero-shot and covariate-aware forecasting, and can be used to evaluate the generalization ability of foundation models in the energy domain.
This card was drafted from the source page; institution, coverage, time span, scale, fields and license are subject to the official page (pending human review).
Keywords
Why this is hard to get on your own
When obtaining energy time series data, one often faces issues such as scattered sources, inconsistent formats, and license restrictions. This dataset provides structured multivariate time series and covariates, facilitating the evaluation of foundation models for forecasting.
