The ignition system, as the core component of the gasoline engine, is of great importance. Its core responsibility is to generate strong electric sparks on time and stably in various complex working environments and conditions to successfully ignite the mixed fuel in the cylinder. The realization of this function plays a decisive role in the engine's performance, fuel efficiency and environmental protection and emission reduction.
The structure of the ignition system includes key components such as batteries, generators, distributors, ignition coils and spark plugs. These components work together to ensure the generation of electric sparks and the successful ignition of mixed fuel.
More specifically, the working principle of the ignition system is: when the gasoline engine is about to reach the top dead center of the compression stroke, the ignition system will generate electric sparks between the two poles through the spark plug to ignite the mixed fuel. In this process, the ignition coil is responsible for providing the required high voltage electricity, and the spark plug needs to complete the spark action at the right time.
In short, the ignition system is like a pacemaker for a gasoline engine. Through precise electric spark generation, it ensures that the engine can maintain strong and stable power output under any circumstances.