Stirling Engine Benefits That You Need to Know Now

The Stirling Engine enhancement process started with the purpose of developing a robust alternative to the conventional steam engines because of certain advantages it had shown over the latter during the initial test run Stirling Engine Project.

Robert Stirling who served as a clergyman and engineer was the inventor of Sterling engines and got his invention duly patented to his name in the year 1816. Nowadays, Stirling engines have gained immense popularity because of their high fuel efficiency and also for being relatively quiet when operational- a quality which has led to their extensive use in the complex submarine machinery.

There are many other benefits associated with the Sterling Engines, let us have a closer look at these as under.

1.      Low maintenance cost: The Stirling Engine is an external combustion engine, which means that an exchanger is used for transmitting the heat to the working fluid. Since there is no direct connection between the mechanical parts of the machinery and the gas fuel, it reduces the chances of wear and tears to the bare minimum; this further removes the requirement of continual lubrication thus bringing down the maintenance cost.

2.      Minimal noise: Quite opposite to the internal combustion engines, Stirling Engine project construction is pretty simple: there are no valves and there is also no activity involving constant explosions to generate power.

Besides the vibrations generated internally are also much easier to control. All this leads to comparatively quieter operations when compared with the internal combustion engines.

The Swedish Navy has built noise-free Stirling engine powered submarines that can also stay underwater for a much longer duration than the other diesel-electric vessels.

3.      Better performance: Stirling engines are the best amongst all the thermal engine options available. They are the only ones to have clocked the theoretical maximum also referred to as Carnot performance.

4.      Fuel flexibility: Stirling engines are highly fuel versatile. You could easily operate them with any of the heat-producing sources like burning coal, boiling water, gas, liquid fuels, burning wood, nuclear power, or even solar energy. There are large scale solar farms in Arizona which generate power using Stirling engines.

5.      Better response to low temperatures: Stirling engines have also fared better than the internal combustion engines under colder environments as the latter requires greater time to warm up and start functioning.

To know more about the Stirling Engine project for construction, visit us now at Stirlingkit.com.