Two-stage optimization model for cross-regional grid renewable energy integration based on opportunity constraints
To address the issue of optimization in the consumption of renewable energy in a dis-tributed and flexible resource setting,a model based on opportunity-constrained cross-regional grid renewable energy integration is proposed.This paper discusses the fundamental architecture of the two-stage optimization model and analyzes the solving strategies for each stage.The two-stage optimization model is established,comprising an upper-level optimization model with opportunity constraints and a lower-level economic dispatch model.The paper proposes the use of a balancing constraint solving algorithm and strong duality theory to solve the model.Finally,the effectiveness of the proposed model is demonstrated through simulation analysis,and the conclusion discusses the relationship between the proportion of renewable energy consumption and grid output,load levels,and carbon societal costs.
renewable energyopportunity constraintsrenewable energy integrationtwo-stage optimization dispatch
万方数据
维普
