Predictive load accommodation in a micro-grid

This manuscript applies model prediction-based control (MPC) to accommodate the variable ac-natured load (AL) by optimally allocating fuel cell (FC), battery, solar photovoltaic (SP) power in a four-port dc/dc converter (FPDDC). The presented work considers FC, SP, and AL at first, second, third, fourth ports of FPDDC, respectively. small signaled state-space representation FPDDC has been obtained through improved cyclic averaged current. Then, get receding horizon-based MPC optimal action, ∆u * [k] ; k = 0, 1, 2, 3, . ., above-mentioned is discretized. formulating performance index, Ja based on an error minimization between reference demand, rpd actual power, y [k]. corresponding results have Simulink platform MATLAB. Further, article takes sequential quadratic programming (SQP) into consideration benchmark these solutions.