Mechanical Engineering Innovation in Renewable Energy Development

Aris Puja; Farid Mujayyin; Nugrahadi DM; Rizkyah Nur Putri; Dea Argita Gunarso1

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Publication Date: 2023/11/21

Abstract: Renewable energy development has become a major focus in the effort to overcome environmental challenges and dependence on fossil energy sources. In this regard, innovation in the field of mechanical engineering has an important role in advancing the development and utilization of renewable energy. This abstract discusses several mechanical engineering innovations that contribute to the development of renewable energy. First, the design and development of wind turbines is one of the most important innovations in renewable energy. in renewable energy. Mechanical engineering has helped improve the efficiency capture power, and reliability of wind turbines. Innovations include the development of more efficient propellers, intelligent control systems, and lighter and more durable turbine designs. In addition, new technologies such as offshore wind turbines and vertical wind turbines have brought new options in the utilization of wind energy. presented new options in wind energy utilization. Secondly, innovations in the field of solar cells have also contributed to the development of renewable energy. renewable energy. Mechanical engineering has helped improve the efficiency of conversion efficiency and reduce the production cost of solar cells. Innovations include the development of more efficient materials, advanced solar energy storage technologies, and easier integration of solar cell systems with existing infrastructure. solar cell systems with existing infrastructure. In addition, innovations in mechanical engineering are also seen in bioenergy development. Bioenergy production processes such as bioethanol and biodiesel have been aided by innovations in reactor design, biomass processing, and feedstock refining. Mechanical engineering has also played an important role in the development of technologies such as biomass gasification and anaerobic fermentation. biomass gasification and anaerobic fermentation to produce energy from organic waste.

Keywords: Process, Implementation, Mechanical Engineering, Development, Energy, Automation.

DOI: https://doi.org/10.5281/zenodo.10171332

PDF: https://ijirst.demo4.arinfotech.co/assets/upload/files/IJISRT23NOV387.pdf

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