1、 Efficient combustion technology
Technical highlights
✅ Optimization design of combustion chamber: adopting vortex/precombustion chamber structure to improve the efficiency of oil and gas mixing.
✅ Intelligent fuel injection system: Multi stage injection technology achieves precise control of fuel atomization and combustion timing.
✅ Exhaust gas recirculation (EGR): lowers combustion temperature and reduces nitrogen oxide (NOx) emissions.
Core advantages
The thermal efficiency has been improved to the leading level in the industry, and the fuel utilization rate has been increased by 15% -20%.
The comprehensive fuel consumption has been reduced by 10% -15%, and the operating costs have significantly decreased.
Reduce pollutant emissions (such as soot and NOx) by over 30%, meeting the National VI/Euro V standards.
2、 Intelligent monitoring system
Technical highlights
✅ Multi parameter real-time monitoring: Integrated sensors track over 20 data points including voltage, temperature, pressure, vibration, and more.
✅ Adaptive power regulation: AI algorithm dynamically matches load requirements to avoid the phenomenon of "big horse pulling small car".
✅ Cloud remote operation and maintenance: achieve online diagnosis and control of global unit status through the Internet of Things (IoT).
Core advantages
Fault warning rate>95%: Identify anomalies in advance (such as oil leaks, abnormal cylinder temperatures) to reduce the risk of shutdown.
Automated operation and maintenance: Remote OTA upgrade and self checking program reduce manual inspection frequency by 50%.
Energy efficiency optimization: Automatically adjust parameters according to the environment and load, and improve comprehensive energy-saving efficiency by 8% -12%.
3、 Highlights of Technological Upgrades in 2025
AI combustion model: Real time optimization of combustion parameters based on climate and fuel quality to adapt to extreme environments.
Blockchain data storage: encrypted operation records are uploaded to the chain to meet the needs of industrial regulation and carbon emission auditing.
Hydrogen compatible design: Reserved dual fuel interface to support future transition to hydrogen diesel hybrid power.
By 2025, Huaquan power generation units will achieve:
Lower cost: Comprehensive energy efficiency improved by over 25% compared to traditional units;
Higher reliability: The failure rate has been reduced to 0.5 times per thousand hours;
Green compatibility: compatible with biodiesel/hydrogen energy, supporting the goal of "carbon neutrality".
