Conclusion
This paper presents anti-islanding detection techniques, which are
remote, passive and active anti-islanding detection technique. The
results shows that the passive detection technique isn’t completing
convenient as it has large non detection zones. On the other side, the
active detection technique (AFD) can detect islanding faster and easier
but it has bad effect on power quality. These techniques have been
successfully simulated using MATLAB/Simulink package. Finally, the
simulation results show that a hybrid anti-islanding detection technique
or artificial intelligent are advised to be used for achieving higher
detection efficiency as compared to any single detection techniques. The
improvements include a narrower non-detected zone, faster response time
and better power quality in terms of THD.