Breakthrough in domestic high-pressure fuel pump technology! Independent research and development achievements comprehensively benchmark against international standards

Recently, the new generation of intelligent high-pressure fuel pump independently developed by KANGSONG has successfully completed the installation test, and the key performance data has fully met the original factory standards, marking an important technological breakthrough in the field of fuel injection systems in China.

Core technical indicators fully meet standards, dual mode switching achieves energy efficiency leap
During two months of rigorous testing, the high-pressure fuel pump demonstrated excellent adaptability to operating conditions. In sport mode, the system successfully achieved a constant rail pressure control of 350 bar, with an error rate of less than 0.5% between the actual pressure value and the target value, completely overcoming the problem of pressure fluctuations under high load conditions; The energy-saving mode uses innovative pressure regulation algorithms to stabilize the rail pressure within the range of 100 bar, which increases the energy-saving efficiency by about 15% compared to traditional systems. Test data shows that the product has reached the international mainstream product level in 18 core indicators such as fuel atomization efficiency and injection accuracy.

Three major innovative technologies build core competitiveness
The "dynamic pressure compensation technology" pioneered by the R&D team effectively solves the common problem of delayed response in high-pressure oil pumps. With a modular design structure, the pressure regulation speed is increased by 40% compared to traditional products. The application of patented wear-resistant coating materials extends the service life of key moving parts to over 150000 kilometers. What is more noteworthy is that the self-learning control module installed in the system can optimize the fuel supply strategy in real time according to driving habits, achieving intelligent control of fuel consumption while ensuring power.

Full scenario verification of escort product reliability
This product has passed full condition simulation tests including extreme environments such as high-altitude extreme cold, high temperature and humidity, with a cumulative test time of over 1000 hours. The test vehicle successfully challenged a 30000 kilometer long test under full load conditions, with the fuel supply system maintaining zero fault operation and core component wear only one-third of the industry average standard. At present, the R&D team is conducting in-depth cooperation with multiple host manufacturers and is expected to complete mass production transformation within the year.

This breakthrough not only breaks the technological monopoly of foreign brands, but also builds a scalable technology platform, "said [your name], the chief engineer of the project." In the future, we will continue to iterate intelligent control algorithms to promote the development of fuel injection systems towards higher precision and stronger compatibility

This technological breakthrough injects a shot in the arm into China's automotive parts industry, marking that local enterprises have the strength to compete with international giants in the key field of power systems. With the deepening of the dual carbon strategy, this innovative technology that combines high performance and energy-saving advantages may reshape the technological path of energy-saving and emission reduction for fuel vehicles.