Views: 0 Author: Little Red Book Publish Time: 2025-03-03 Origin: 小红书
Structure and working principle of gas generator set
The gas generator set is mainly composed of three parts: gas system, engine system and generator system. The following is a detailed introduction to its basic structure and working principle:
Basic structure:
1. Gas system: including gas source, gas regulation, gas filtration, gas control and other equipment. Its main function is to transport gas to the engine for combustion.
2. Engine system: consists of engine and other auxiliary equipment. The engine is the core component of the gas generator set, which is responsible for converting the high-temperature and high-pressure gas generated by gas combustion into mechanical energy.
3. Generator system: It is mainly composed of a generator and other supporting equipment. Its function is to convert the mechanical energy output by the engine into electrical energy and transport it to the power grid or load through the output cable.
How it works:
1. Gas entry: Gas enters the engine from gas sources such as gas storage tanks, natural gas pipelines or coal mine gas pipelines, and the intake valve controls the flow of gas.
2. Compressed air: After the gas entering the engine is mixed with the compressed air, it is compressed by the piston, so that the temperature and pressure of the gas are increased.
3. Gas combustion: The mixed gas enters the combustion chamber and is ignited by an igniter. The combustion produces high-temperature and high-pressure gas, causing the piston to move downward and pushes the crankshaft to rotate.
4. Power generation: The engine transmits mechanical energy to the generator through the crankshaft, which then converts mechanical energy into electrical energy and is finally sent to the power grid or load through the output cable.
During the entire work process, gas generator sets can effectively convert fuels such as natural gas into electricity, which can not only help reduce air pollution, but also have a good economic effect because of its high output power.
