Benchmark Dataset for "Industrial Demand-Side Flexibility: A Benchmark Data Set"

In [1], Section 4, we list various parameters that influence the generation of instances. The parameter settings that were active for each instance are stored in the **additional** field of the instance. For example, the `generator__window_mean` key in the **additional** field specifies the window growth mean parameter.

Also, we performed a grouped generation of instances, as explained in Section 4.1 of [1], meaning for every instance with `generator__block_count` of k, there are other instances with different values for `generator__block_count`, such that there is a one-to-one correspondence between their jobs. Each such group has a unique `group_id` in the **additional** field. To identify which jobs correspond to each other across instances in the same group, the `superjob_id` key in the **additional** field of each job can be used.

For instances with `generator__block_count` of more than 1, all blocks (i.e., jobs) of the same job will have the same `superjob_id`, thus the `superjob_id` can also be used to identify which jobs are the blocks of the same non-constant job. Baseline Results ---------------- In the 'results' subfolder, we provide the solutions that we were able to compute on all instances. The file 'results/results.csv' lists the numeric results, one line per instance.

We report the quality of the best found solution as well as the best lower bound, and computed from that the MIP gap. In the 'results/solutions' subfolder, the actual schedules computed for each instance are included. The file format is the same as the instance file format, with some fields stripped out, and an additional **start_time** field for each job that reports the start time for the respective job.

Occurrence Block Decomposition ------------------------------ In 'decompositions/decompositions.csv', you find the decompositions of the motif occurrences we detected. Unfortunately, we are not able to publish the raw time series data itself. However, a subset of the raw input data (without discovered motifs) is available as the HIPE data set [3][4].

The decomposition file format is as follows: Every line corresponds to one occurrence. The first column specifies the motif that the occurrence belongs to. The second column indicates the start time with minute resoulution, i.e., "600" would be a start at 10 a.m.

The remaining columns are titled "Energy A / B" or "Duration A / B". Each such columns specifies the amount of energy resp. the duration of the Ath block in a decomposition into B blocks of the occurrence. E.g., "Energy 3 / 6" would indicate the amount of energy consumed during the third block in a six-block decomposition of the corresponding occurrence.

References ---------- [1] Nicole Ludwig, Lukas Barth, Dorothea Wagner, and Veit Hagenmeyer. 2019. Industrial Demand-Side Flexibility: A Benchmark Data Set. In Proceedings of ACM e-Energy (e-Energy ’19).

ACM, New York, NY, USA. [2] github.com/kit-algo/TCPSPSuite [3] Simon Bischof, Holger Trittenbach, Michael Vollmer, Dominik Werle, Thomas Blank, and Klemens Böhm. 2018. HIPE – an Energy-Status-Data Set from Industrial Production.

In Proceedings of ACM e-Energy (e-Energy ’18). ACM, New York, NY, USA, 5 pages. doi.org/10.1145/3208903.3210278 [4] energystatusdata.kit.edu/hipe.php