Analysis of Electro-Mechanical Generator Casing by using Finite Element Method

Sidhu Shelke

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25-Dec-23

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Analysis of Electro-Mechanical Generator Casing by using Finite Element Method

Author(s):

Sidhu Shelke , V.J.T.I Matunga, Mumbai

Keywords:

Casing, Base panel, Top panel, Tray1, Front panel

Abstract:

The purpose of this paper is to present basic functional parameters to design and analysis Electro-Mechanical generators casing. The emphasis is put on analytical concepts that determine the engineering solutions to the problem of efficient generation and control of high voltage power required to drive the system. Attention is paid that influence such factors as size, stiffness, and reliability of a housing. Further investigates the role and function of basic components, such as power supply, inverter, and pcb’s. Essential electronic circuits of generator system are then examined, including requirement of voltage, current and timing of electrical power delivery. Finally, issues related to efficient feedback control, including basic design of casing are reviewed. Design optimization is an important of the product development process of electro-mechanical industry. The overall goal is to discover various alternative designs with improved physical or aesthetic properties. In today’s market, most companies design to create new products. Product development mainly believes on product quality and reduces cycle time. However, most techniques limit innovation. They modify a single reference product, which closely matches user needs, and only introduce new products when major conflicts exist between user needs and existing competitor products. This study introduces a new design for product innovation approach. The approach combines two or more distinct reference designs into a single new product. The process created using various processes to perform smooth development of new product. At the same time, the approach uses structured redesign techniques and structured design principles to overcome the conflicts arise during product lifecycle, which improves solution quality and better performance.