The Stirling engine relies on an external heat source to generate power, and without this heat source, it cannot start and run on its own. It requires an initial manual start to begin the cycle of operation.
Starting the Stirling engine by hand involves manually moving the displacer piston to one end of the cylinder, creating a temperature difference between the hot and cold ends. This temperature difference allows the engine to begin its cycle of operation and generate power.
Yes, modern Stirling engines can be equipped with automatic starters, such as electric motors or compressed air systems. However, traditional Stirling engines still require manual starting by hand.
Manual starting is necessary because the Stirling engine operates on a closed-cycle, meaning the working gas is constantly contained within the engine. Therefore, the engine needs an initial manual start to create the temperature difference and begin the cycle of operation.
Stirling engines are designed to be highly efficient and reliable, and manual starting is a part of this design. It ensures that the engine operates at its optimal efficiency and can be easily maintained and repaired if needed.