A Multivariable Sliding Mode Control Energy Management Strategy For Standalone DC Micro Grids

Abstract

In this paper, a planned and multivariable energy administration system is suggested that utilizes a wind turbine and a photovoltaic array of an independent DC micro grid as controllable generators by changing the pitch angle and the exchanging obligation cycles. The proposed technique is created as an sliding mode control (SMC) model predictive control. Applying to an example independent dc micro grid, the created controller understands the IU administration for charging the battery bank. The variable load requests are likewise shared precisely between generators in extent to their evaluations. In addition, the DC bus voltage is managed as a plan parameter.