An adaptive droop control framework extracts optimal gains from first-order polynomial chaos expansion coefficients in a chance-constrained stochastic optimal power flow to provide statistical voltage security under wind uncertainty in hybrid grids.
Novel nonlinear droop control techniques to overcome the load sharing and voltage regulation issues in dc microgrid
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SOPF-Based Adaptive Droop Control for Hybrid AC--HVDC Grids Under Offshore Wind Uncertainty
An adaptive droop control framework extracts optimal gains from first-order polynomial chaos expansion coefficients in a chance-constrained stochastic optimal power flow to provide statistical voltage security under wind uncertainty in hybrid grids.