Consensus active power sharing for islanded microgrids based on distributed angle droop control

The implementation of synchronous phasor measurement units (PMUs) in distribution networks provide accurate and GPS-based data which support the grid flexible reconfiguration, such as island partition reconnection. Utilizing high resolution PMU data, phase angle droop control can be implemented on islanded microgrids (MGs) without causing deviation frequency brought from traditional control, consequently seamless transition. In this paper, a method considering incremental cost distributed generation (DG) is proposed utilizing finite-time protocol to realize minimization consensus active power sharing DG units. addition, an observer-based voltage controller with convergence velocity meet target units’ recovery accuracy reactive sharing. through sparse communication topology exchange information their own neighbours only. effectiveness, robustness scalability are verified case studies.