Voltage Based Coordinating Controller Modelling And Performance Analysis For Islanded Renewable Energy System

Abdul Halim, Tiara Natasya (2019) Voltage Based Coordinating Controller Modelling And Performance Analysis For Islanded Renewable Energy System. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

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Abstract

A multilevel voltage-based coordinating controller is responsible to coordinate, switch, manage and effectively distribute generated energy from two renewable energy resources (Solar and Wind) where both generate energy simultaneously but performing different roles in this proposed system. The proposed controller uses the multilevel voltage sensing technique to sense and measure the output voltage from solar and wind energy resources. Then the controller uses the output voltage information from solar and wind to supply to the connected load or charge the battery energy storage system to store the excessive energy generated by either source which not connected to the load. Therefore, developing the coordinating controller using multilevel voltage sensing provide assistance to effectively switch, manage and distribute all the generated energy for efficient utilization. The controller also is responsible to smoothly coordinate and switch between renewable energy resources and properly manage the battery energy storage system charging during availability of excessive energy from either resource. The proposed project will be modelled and simulated using the SIMULINK/MATLAB and the simulation results of the system will be used to validate the developed methodology.

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