1. Oil supply mode: use sensor and computer control technology to monitor the engine condition in real time, and adjust the fuel injection according to the need. This technology makes the fuel supply more accurate, burns more efficiently, and reduces fuel consumption and emissions.
2. Technology maturity: Although the electric injection engine is technically advanced and can significantly improve fuel economy and power performance, its complex electronic control system leads to relatively low reliability and high maintenance costs. At the same time, there are high requirements for diesel oil quality.
3. Maintenance cost: electric jet engine high-tech components, once damaged, the repair cost is high, and need professional service support. In addition, due to the uneven quality of domestic oil, the failure rate of core components such as fuel nozzle is relatively high.
4. Control: The electric injection engine automatically adjusts the throttle opening through the computer ECU according to the driver's operation intention and a variety of sensor feedback signals, so that the engine can play the best performance under different working conditions.
5. Environmental performance: the high combustion efficiency of the electric injection engine significantly reduces harmful gas emissions, in line with the requirements of modern environmental protection, especially suitable for the areas with strict limits on emissions.
6. Oil adaptability: electric injection engine: the quality of diesel oil requirements are high, the need to use high-quality fuel to ensure the stability of the system and reduce the failure rate.
7. Energy saving effect: Electric injection engine significantly reduces fuel consumption and operating costs by refining fuel supply, which is especially suitable for long-time and efficient operation requirements.
Electric injection engine with high efficient combustion performance and environmental protection performance is suitable for high fuel economy and environmental protection requirements. When selecting the engine of heavy machinery, the actual use environment, fuel quality, maintenance cost and engineering requirements.