Optimization of Brushless DC Motor for Solar Water Turbine with Maximum Power Point Tracking Circuit
Keywords:
BLDC motor, Solar efficiency, MPPTAbstract
This article explores the optimization of brushless DC motors for solar-powered water turbines. By application, an inverter circuit is a device used to track the maximum power of a solar cell. The experiment was performed on a single solar panel of 36 V with a power of 260 W through the solar power tracking and connected to a brushless DC motor. The results of the experiment concluded that in normal conditions of the water turbine, the solar cell power without the maximum power tracking circuit produced an average of 49.5 W, but when the maximum power tracking circuit was installed, the average power was 137.7 W. It can be seen that when installing the maximum power tracking circuit, the power output is 88.2 W or 2.78 times more efficient. This is achieved by tracking the maximum power using the developed circuit to achieve higher efficiency. The maximum power can also be tracked over the period during which the solar cells are able to generate electricity at different solar intensities, with or without cloud shadows, can still work well.
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