A two-step framework using quasi-dynamic simulation, Q-V analysis, and dynamic simulation calculates reactive power demand by addressing voltage violations across 8760 hours with multi-criteria assessment.
Research on reactive power optimiza- tion strategy under the intelligent improvement model of the distribution network
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A Novel Two-Step Approach for Reactive Power Demand Calculation Using Integrated Voltage Stability Analysis
A two-step framework using quasi-dynamic simulation, Q-V analysis, and dynamic simulation calculates reactive power demand by addressing voltage violations across 8760 hours with multi-criteria assessment.