Pre-scheduled load shutdown in microgrid utilizing computerized surveillance system

Abstract

The successful inclusion of microgrids for enhancement of the existing power system is laden with many challenges. Increase in demand and insufficient power generation results in power shutdown in several areas which comprises non-critical loads. The preface of Distributed Generation (DG) in power system has varied implications on the existing system. The concept proposed in this paper helps in time scheduling and load scheduling of a power system based on priority setting and time setting. The load management may also be done using IoT which enables load shedding from remote areas.

Autonomous power sharing for AC/DC HMGS using decentralized modified droop method for interlinking converter

“…Frequency droop in general occur when there is change in load demand, this causes change in power generation at AC side which is given as (9).…”

“…A review paper on smart grid with the scope of information and communication technologies are reviewed with the challenges at plant level, utility control center, transmission side, for reliability, data management and cyber security issues [8]. Internet of things (IoT) based centralized control is design for MG which help is load management for remote areas, this scheme depends on the single circuit breaker switch which make the system less reliable [9]. In an another paper author proposed a nonlinear control strategy for PV and wind connected system to MG which efficiently extracts the maximum power from the DG by applying the Lyapunov's stability theory at rotor and grid side converters [10].…”

Link-state QoS routing protocol under various mobility models

“…It is composed essentially in Java and can be utilized as a part of different languages also, including C, C++, COBOL, Python, Perl, PHP, and others. We utilized module Eclipse CDT for C/C++ codes, since ns-3 executed in C++ [22][23][24][25].…”