Flexibility optimization from distributed storage resources under stochastic uncertainties

Lílian Venturi Pinheiro

doi:10.1016/j.epsr.2025.112674

Flexibility optimization from distributed storage resources under stochastic uncertainties

2026-01-02

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L

Lílian Venturi Pinheiro

T

Thiago Ribeiro de Barros

L

Leonardo Willer de Oliveira

DOI：10.1016/j.epsr.2025.112674

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• Two-stage method optimizes BESS flexibility in distribution networks. • Day-ahead planning is refined using real-time operation feedback. • Model includes stochastic scenarios for load, PV, and EV variations. • BESS reserve strategy reduces operational mode switching. • Iterative approach balances economic and technical performance.

Flexibility optimization from distributed storage resources under stochastic uncertainties

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