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Magnetic suspension systems are highly non-linear and unstable. Magnetic levitation system is modelled here and PID, FUZZY and LQR are designed to control the system. All the controllers are designed in Matlab and checked in real time. Rise time, peak overshoot and settling time are compared with each controller and result is noted and compared.
This paper investigates the effects of uncertain renewable energy and loads on optimizing profit and cost in a microgrid power market. The optimal power scheduling problem is solved using interval arithmetic backward forward sweep (IA-BFS) and particle swarm optimization with time varying acceleration coefficients (PSO-TVAC) based optimal power flow (OPF). The effectiveness of the problem and the...
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