The student who made the title of this Final Project is Moh. Nur Khojim from the D4 Ship Electrical Engineering Study Program.
One of the most important processes in shrimp production in shrimp ponds is an Aeration system, where the process of giving and improving the quality of oxygen is marine in water, because shrimp really need water quality that has a good concentration of oxygen. In order to meet the following, shrimp farmers use an Aerator tool, a device in the form of a waterwheel that floats on the surface of the water there is a turbine driven by an electric motor. So the Aeration process requires electricity supply, therefore alternative energy can take part in the production process in shrimp ponds, by helping the creation of green energy and on the other hand reducing dependence on electrical energy from PLN.
In this Final Project designing a Mullti Input Converter DC / DC tool from the tool can produce stable power output to carry out the battery charging process where electrical energy is stored first before being consumed by the load of the electric motor aerator. The performance of the multi input converter can already produce 14.4 V with the cooperation of DutyCycle settings to keep the output stable. However, the converter power is still small with an output current of 0.15 A. Wind turbines and solar panels can work optimally where wind turbines can issue an average voltage of 13.3 V at a wind speed of 3.2 m / s.
Product Display of Hybrid Design and Implementation of Integrated Solar Panel and Wind Turbine Multi Input Converter DC/DC with Fuzzy Logic on Shrimp Farm Aerator System.
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