Charging Ahead: An Unprecedented Test for Qichen's Rulon 2.0 Battery
The automotive industry has transitioned from the fossil fuel era to the new energy era, with cars moving from competing on performance and emphasizing cost-effectiveness to focusing on intelligent driving, extended battery life, and vehicle safety. Regardless of the stage or level of competition, safety remains the prerequisite for a smooth ride.
Qichen Automobile has consistently emphasized vehicle safety, relentlessly challenging vehicle limits through numerous brand technical open days. The latest test on August 21st saw Rulon 2.0 battery subjected to extreme conditions, further verifying its exceptional safety performance.
The test included two extreme tests: gunshot and tank crushing. The former simulated gunfire from various distances to evaluate the armor's protective capabilities, while the latter used a 36-ton tank to crush the battery, testing its ability to withstand intense pressure.
Despite the intense testing, Qichen Automobile's commitment to extreme safety is evident. The Rulon 2.0 battery withstood gunfire from three distances without showing any signs of damage or penetration.
Under the tank crushing test, a 36-ton tank was used to crush the Rulon 2.0 battery twice, with no visible signs of damage or deformation after the test.
The Rulon 2.0 battery's ability to withstand such extreme tests is a testament to Qichen Automobile's commitment to extreme safety.
Qichen Automobile's core philosophy is to integrate vehicle and battery design, ensuring that every user experience and battery performance is built on the foundation of safety.
The high standards for Qichen Automobile's safety design provide the guiding principles for Rulon 2.0 battery. The battery follows Qichen Automobile's six stringent testing criteria, ensuring that it will not catch fire or explode.
Numerous core technologies for safety are key to achieving vehicle-battery integrated safety. Specifically, Qichen Automobile's Rulon 2.0 battery features a highly integrated safety design covering cloud, vehicle, and battery ends, creating a more comprehensive power battery safety system.