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June 1, 2026International Journal of Electrical Power & Energy Systems0 citationsOpen Access

Multi-level game-theoretic decision-making and risk management for electricity sales companies in multi-region power markets

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SYSizhe YanXLXiaozhu LiWWWeiqing Wang

Key Points

  • To develop a decision-making framework that optimizes procurement and pricing strategies for electricity sales companies.
  • Proposed an integrated framework for optimizing wholesale and retail portfolios.
  • Modeled customer interactions using a multi-level Stackelberg–Bayesian game approach.
  • Assessed risks associated with procurement and pricing in volatile markets.
  • Quantified pricing and procurement risks under demand and price volatility.
  • Showed improved efficiency in procurement strategies across multiple regions.
  • Demonstrated effective management of customer interactions through game-theoretic modeling.

Abstract

• Proposes an integrated decision-making framework for electricity sales companies in multi-region power markets. • Jointly optimizes wholesale procurement portfolios, retail electricity packages, and curtailable-load contracts. • Models ESC–customer interaction as a multi-level Stackelberg–Bayesian game under incomplete information. • Quantifies procurement and pricing risks under demand and price volatility in coupled retail–wholesale markets.

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Cite This Study

Yan et al. (2026) studied this question.

synapsesocial.com/papers/6a1d21ba02fbce9130637b54https://doi.org/10.1016/j.ijepes.2026.111960
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