An Efficient Method for the Optimal Control of Microgrids Under Uncertainties using Local Reduction

An Efficient Method for the Optimal Control of Microgrids Under Uncertainties using Local Reduction

Two mathematical formulations for robust microgrid sizing and power scheduling are proposed and compared, with one using binary variables and big-M constraints and the other using…

Hugging Face · Daily Papers ·Edoardo Scaccia, Eric C. Kerrigan ·

Este artigo está em destaque na seleção diária de papers do Hugging Face, curada pela comunidade de pesquisa em IA.

Autores: Edoardo Scaccia, Eric C. Kerrigan, Anna Sadowska

  • 0 upvotes da comunidade
  • Temas: mixed-integer linear program, continuous nonlinear program, logical constraints, big-M constraints, smooth reformulation, local reduction algorithm

Resumo

Resumo original (em inglês), extraído do paper:

Two mathematical formulations for robust microgrid sizing and power scheduling are proposed and compared, with one using binary variables and big-M constraints and the other using continuous nonlinear programming with smooth reformulation of logical constraints.

Ler o paper completo no Hugging Face →

compartilhar: