확률 최적화 기반의 배전망 내 MVDC 및 에너지 저장 설비 간 최적 협조 운영 전략
Stochastic Optimization-Based Coordinated Operation Strategy of MVDC and Energy Storage Systems in Distribution Networks
  • 김현태
  • 이후동
  • 김용학
  • 강석준
  • 유덕기
  • 외 3명
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초록

The research presents a stochastic optimization strategy for medium-voltage dc (MVDC) systems aimed at regulating power flows within distribution networks (DNs) under the coordination of a battery energy storage system (BESS). The study accounts for uncertainties arising from prediction errors in PV generators and load demand by employing a distributionally robust chance-constrained optimization approach. To cooperatively optimize the operation of MVDC systems and BESS in DNs, we stochastically relax reliability constraints on bus voltage, thereby maximizing the cost-effectiveness of the DNs. Numerical simulations demonstrate that by reducing the conservativeness of reliability constraints, the distribution system operator can achieve greater economic efficiency in electricity imports.

키워드

BESSMVDCChance-Constrained OptimizationStochastic OptimizationDistribution Networks
제목
확률 최적화 기반의 배전망 내 MVDC 및 에너지 저장 설비 간 최적 협조 운영 전략
제목 (타언어)
Stochastic Optimization-Based Coordinated Operation Strategy of MVDC and Energy Storage Systems in Distribution Networks
저자
김현태이후동김용학강석준유덕기홍의준강성현한창희
DOI
10.5370/KIEE.2024.73.12.2165
발행일
2024-12
저널명
전기학회논문지
73
12
페이지
2165 ~ 2174