Latest Top 8 Applications of Electrical Propulsion System Of Modern Ships, Advantages & Disadvantages

What You Should Know About the Propulsion System Of Modern Ships

In the past, the propulsion of ships was done manually.

Slaves of the ship were beaten and whipped to propel the ship through the use of large paddles.

Even after the abolishment of the slave trade, this crude means of ship propulsion continued.

This method has now been replaced by the electrical propulsion system that we will be discussing in this article

Why The Electrical Propulsion System Of Modern Ships?

Propulsion System Of Modern Ships

The regular propulsion system of ships is effective however requires high working expenses and builds marine contamination.

Among all planned alternate power sources for ships, the electrical propulsion framework is quite possibly the most encouraging option in today’s time.

What You Should About The Electrical Propulsion System Of Modern Ships

The electric propulsion framework comprises a prime mover, which can be of two sorts:

• Diesel driven

• Turbine or steam-driven

Both these frameworks produce less contamination when contrasted with the customary marine propulsion framework, which includes consuming hefty oil.

The propeller shaft of the ship is associated with huge engines, which can be D.C or A.C driven, otherwise called propulsion engines.

The ship’s generator and prime mover together supply power for the propulsion engine.

The Plan and Operation of Electrical Propulsion System Of Modern Ships


The generator can be direct or alternating current sort with diesel or steam-driven prime mover, contingent upon the prerequisites or requests of the proprietor/ship.

In the electrical propulsion framework, the course of the propeller revolution is represented either by the electrical control of the engine or by changing the electrical supply.

Applications of Electrical Propulsion System Of Modern Ships


Despite the fact that electrical propulsion is typically utilized for more modest vessels, shipping organizations are currently receiving this system for large size load vessels too.

The electrical drive is fitted in:

• Tugs and fishing vessels

• Dredgers

• Dynamic positioning vessels

• Cable laying ships

• Ice breakers

• Research ships

• Floating cranes

• Offshore Vessels

The benefits of the Electrical Propulsion System Of Modern Ships are:

• a lot of power is created by the framework and the abundance of power can be utilized by providing it to payload pumps, fire pumps, and other significant assistant hardware

Latest Top 8 Applications of Electrical Propulsion System Of Modern Ships, Advantages & Disadvantages

• The space needed for the establishment of electrical propulsion hardware is less and reduced when contrasted with conventional frameworks

• There is no immediate association of propeller shaft and prime mover and subsequently transmission of serious stresses, for example, torsional and the vibration is decreased

• There is greater flexibility in the establishment of apparatus

• It gives improved mobility and high redundancy

• Increased cargo through the adaptable area of apparatus segments

• Environmental advantages from lower fuel utilization and discharges

• High execution in intense ice conditions because of greatest force at zero speed

• Reduces lifecycle cost by less fuel utilization and upkeep costs

• Better solace because of diminished vibration and commotion

The DisadvantagesElectrical Propulsion System Of Modern Ships:

• The productivity of the electrical plant is not exactly that of the conventional framework

• The establishment cost of an electrical propulsion plant is a lot higher

• Improvised training for ship’s c w is needed as the framework is unique from the mechanical framework and includes significant computerization


Latest Top 8 Applications of Electrical Propulsion System Of Modern Ships, Advantages & Disadvantages

From a long viewpoint, electric propulsion forces frameworks are promising power sources for ships, thinking about their high effectiveness and tough marine natural standards.

Victor Eromosele @

Victor is a graduate of Industrial Engineering with vast hobby in sharing knowledge to others.

As a Science, Technology, and other related field enthusiast , he loves to write and share information relating to engineering and technology fields, science and environmental issues, and Technical posts.

Please, subscribe to our email list and follow our social media pages for regular and timely updates. You can follow social media pages by typing “@ EngineeringAlls” in any social media search form such as Facebook, Twitter, LinkedIn, Pinterest, Tumblr, and others.

If you love this post please share it with your friends using the social media buttons provided before the comment form. we will like to hear from you regarding this topic, use the comment section and question and answer section to drop your feedback. Together we can build the world with sharing of quality information.

Allow us to share your own information to our audience by submitting a guest post to us, use “PUBLISH YOUR ARTICLE” page at the MENU Buttons to upload your post, please give details and all the necessary information  we may need when you are uploading so that it will be easy to publish your post.


Leave a Comment

error: Content is protected !!