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The electrification planning problem consists in scheduling, over a time horizon, the electrification of a set of communities at a regional scale. This involves a complex decision-making process at geographic, time-wise and technological levels. This work introduces a planning methodology based on multistage stochastic programming, considering uncertain demand increases. The resulting Mixed Integer Linear Programming shows a high complexity, so a small size instance is solved here to analyse the corresponding trends.

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Electrification Planning with Uncertain Demand: A Multistage Stochastic Approach

  • 会议论文

  • 发表日期：

    2025年

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  • Antonin Ponsich,
  • Marc Juanpera,
  • Iker Martin Saladich,
  • Bruno Domenech,
  • Laia Ferrer-Martí,
  • Rafael Pastor

摘要

The electrification planning problem consists in scheduling, over a time horizon, the electrification of a set of communities at a regional scale. This involves a complex decision-making process at geographic, time-wise and technological levels. This work introduces a planning methodology based on multistage stochastic programming, considering uncertain demand increases. The resulting Mixed Integer Linear Programming shows a high complexity, so a small size instance is solved here to analyse the corresponding trends.