Chery with completely new QPOWER PHEV engine

Chery, the leading automotive manufacturer of China, sets standards in the industry with QPower, which hosts new generation technologies. The most up -to -date PHEV engine of the Chery QPUER brand is going beyond the existing industry standards and reaching a thermal efficiency of up to 44.5 percent. The application of a large number of light building technology results in the fact that the total weight of the engine is only 105 kilograms, the brand is at the forefront of the engine industry. He performed comprehensive verification tests on power-acrma bodies and vehicle.

Chery continues to improve sales performance with its new generation models. The brand, which continues to deepen its expertise in traditional fossil fuel vehicles with the new energy age, focuses on new energy technologies as a basic strategy that directs its environmentally friendly transformation and update. QPOWER, the most up -to -date evolution of Chery’s technological progress, represents the brand’s 4.0 full -site power architecture, which includes 26 years of knowledge and breakthroughs in power technology.

It redefines standards in the sector!

The brand’s QPower technology includes mainstream energy types such as internal combustion engines (ICE), rechargeable hybrid vehicles (PHEV) and electric vehicles (BEV). This provides advantages to the brand in strong and fast, efficient and environmentally friendly, high -energy and smart solutions. The most up -to -date PHEV technology, which is exhibited under the QPower brand, emphasizes Chery’s commitment to sustainable transportation and technical skills, and reveals significant breakthroughs in design and performance. Thermal efficiency, one of the most critical measurements of an engine, reaches the top of the QPower’s most up -to -date PHEV engine. The QPower Platform, which has been developed with significant improvements, creates a new standard in the industry with an effective thermal efficiency up to 44.5 percent. In this context, the high vortex combustion system, designed with the high vortex ratio of the PHEV engine and high -density turbulence combustion system, provides a stable combustion of 27 percent EGR. The brand promises smooth and efficient motor performance in high compression rates by effectively managing the temperature of the combustion chamber walls and piston tops to solve the explosion problem associated with high compression rates and controls piston compression ratio changes. The privacy EGR system, which implemented a gas routing technique before an innovative catalyst to eliminate pressure difference margin deficiencies, reached an industrial leader with an EGR rate of over 27 percent. This breakthrough not only optimizes combustion efficiency, but also significantly reduces emissions. In addition, the intelligent thermal management system improves motor efficiency and durability by increasing precise thermal control.

The engine weight is only 105 kilograms!

In the design and production of this new PHEV engine, Chery depends on the technological innovation and superior quality approach. The brand has reached 105 kilograms of engine weight by applying numerous light technology solutions. This means a new standard for the industry. Focusing on a solid and durable engine in all aspects, the Chery performed all motor, power-acrma bodies and also comprehensive verification tests on the vehicle to maximize motor stability and reliability. These tests include more than 100 motor device tests for more than 20,000 hours of more than 20,000 hours, and approximately 100 vehicles and 5 models with a cumulative kilometer of more than 3 million kilometers. These comprehensive tests of the brand over long periods and distances confirm comprehensively the motority and durability under various complex conditions. Chery’s mechanical phase deviation to adjust the angles for each vehicle with variable valve timing (VVT) technology, especially in order to ensure consistency in the performance of each motor, takes advantage of online measurement technology. In addition, high temperature in motor challenging environments undergoes intensive tests in the most challenging conditions, including extreme cold and high altitudes. All these challenging tests confirm the vehicle’s ability to work steadily under different conditions.