2021.Vol4.Sep.NO3

• Title: Application of high-efficiency thermal power generation system in ship energy saving
• Name: Uttam Ghosh
• Company: School of Applied Computational Sciences (SACS), Meharry Medical College, TN, USA
• Abstract:

  Due to the increase in the carrying tonnage of ships and the rapid development of ship technology, in order to save energy and reduce operating costs, the high-efficiency thermal energy system adopts two modes of operation, off-grid and on-grid. Through the respective power supply advantages of off-grid and on-grid, according to The actual situation of ship navigation adopts the corresponding system operation mode, in terms of power supply effect and power supply. The high-efficiency thermal power generation system proposed in this paper not only has a high power supply but also a relatively stable power supply system. Compared with the energy generated by burning gasoline, the grid-connected operation method is more economical and reliable, and it reduces the wear of various equipment of the ship and the need for the ship’s periodic navigation. Oil consumption, and the high-efficiency thermal energy system uses a silicon controlled rectifier inverter system. The experimental results show that the high-efficiency thermal power generation system enables the ship’s electrical equipment to be maintained in time. The inverter controls the output voltage of the power supply to increase the power supply, which increases the propulsion power of the ship’s main engine and provides a stable current for the ship’s power grid.

  
  

• Keyword: high-efficiency thermal power generation; power generation system; ship energy saving; energy saving application
• DOI: 10.12250/jpciams2021090301
• Citation form: Uttam Ghosh.Application of high-efficiency thermal power generation system in ship energy saving [J]. Computer Informatization and Mechanical System,2021,Vol.4,pp.7-9

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