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A practical guide to current trends in smart meter data analytics with a focus on feature engineering and machine learning scenarios for energy data at 15-minute resolution. Gain insights into current trends and use cases in the energy field and get a sense of typical and atypical energy consumption in a residential building.

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Smart Meter Data Analytics: Practical Use-Cases and Best Practices of Machine Learning Applications for Energy Data in the Residential Sector

A practical guide to current trends in smart meter data analytics with a focus on feature engineering and machine learning scenarios for energy data at 15-minute resolution. Gain insights into current trends and use cases in the energy field and get a sense of typical and atypical energy consumption in a residential building.

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Originally presented at ICLR 2023

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We recommend executing this notebook in a Colab environment to gain access to GPUs and to manage all necessary dependencies. Open In Colab

Estimated time to execute end-to-end: 20 minutes

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Usage of this tutorial is subject to the MIT License.

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Plain Text

Brudermueller, T., & Kreft, M. (2023). Smart Meter Data Analytics: Practical Use-Cases and Best Practices of Machine Learning Applications for Energy Data in the Residential Sector [Tutorial]. In International Conference on Learning Representations. Climate Change AI. https://doi.org/10.5281/zenodo.11623001

BibTeX

@misc{brudermueller2023smart,
  title={Smart Meter Data Analytics: Practical Use-Cases and Best Practices of Machine Learning Applications for Energy Data in the Residential Sector},
  author={Brudermueller, Tobias and Kreft, Markus},
  year={2023},
  organization={Climate Change AI},
  type={Tutorial},
  doi={https://doi.org/10.5281/zenodo.11623001},
  booktitle={International Conference on Learning Representations},
  howpublished={\url{https://github.com/climatechange-ai-tutorials/smart-meter-analytics}}
}

About

A practical guide to current trends in smart meter data analytics with a focus on feature engineering and machine learning scenarios for energy data at 15-minute resolution. Gain insights into current trends and use cases in the energy field and get a sense of typical and atypical energy consumption in a residential building.

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