Development of Hybrid Cycle System to Generate Electrical Energy

Authors

  • Rheinstern Richard Section of Electrical Technology, Universiti Kuala Lumpur British Malaysian Institute
  • Mohd Izhar A Bakar Section of Electrical Technology, Universiti Kuala Lumpur British Malaysian Institute

Keywords:

Cycle System, Hybrid Power, Inland Resident

Abstract

Great majority of the energy comes from the traditional power plant run by fuel like oil, coal, gas, etc. The rate of energy consumption in the world is rapidly getting higher. Conversely, the huge amount of carbon emissions and the resulting disastrous greenhouse effect are damaging our world. By focusing on more renewable energy, hybrid energy generation is cleaner than the previous traditional power plant which can be cycled and regenerate the power production. More on that, this hybrid cycle system is using the Pelton wheel which is similar to mini-hydro but powered by a water pressure invention. The purpose of this project is to supply inland agriculture at the same time supplying electricity to the inland residents who did not get an electricity supply. Providing dirty energy for inland residents is not suitable for Mother Nature because it can cause a side damage effect to our green nature and air pollution. The DC motor-generator (turbine) and Solar Panel System are the main sources that produce electrical energy. In addition to the water pump, the water pump that shot with a high-speed ratio hit the turbine to spin. Both sources store energy into the battery bank and convert the energy from DC volt to AC volt. The charger controller will cycle charge the battery which supplies the water pump that powered the DC motor-generator (turbine). When the battery reached its’ maximum capacity, it will automatically cut off the charging process. On the other side of controlling the charging process, if the battery capacity decreases below 20%, the DC motor-generator will automatically start operating.

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Published

01-11-2021

Issue

Section

Articles

How to Cite

Rheinstern Richard, & Mohd Izhar A Bakar. (2021). Development of Hybrid Cycle System to Generate Electrical Energy. Journal of Engineering Technology, 9(1), 36-44. https://ejournal.unikl.edu.my/index.php/jet/article/view/293