As new energy vehicles become more and more popular, everyone is most worried about battery safety. After all, the battery is the "heart" of new energy vehicles, which is related to the safety of our driving. With its excellent R&D strength and strict quality control, ARCFOX Motors has successfully created a battery system with world-class safety performance.
So what are the advantages of ARCFOX Motors in terms of battery safety? Let's take a look together!
Positive development, safety-oriented
In the research and development process of new energy vehicles, ARCFOX Motors has always adhered to the concept of positive development and put safety first. From the beginning of vehicle design, ARCFOX has fully considered the safety performance of the battery, and has carried it through the entire research and development process. The implementation of this concept has enabled ARCFOX Motors to achieve remarkable results in battery safety.
Compared with traditional fuel vehicles, pure electric vehicles face more safety risks in the event of a collision. This is because BEVs are not only equipped with a power battery pack, but also a high-voltage motor, an electric drive control system and a large number of high-voltage accessories. These complex systems make it possible for BEVs to have more serious consequences in the event of a crash. Therefore, from the beginning of positive research and development, ARCFOX Motors has made clear the importance of battery safety protection and made it the focus of research and development.
The collision does not invade, and the battery does not deform
In order to achieve non-intrusion and non-deformation of the battery in the event of a collision, ARCFOX Motors has adopted a series of innovative design measures.
First of all, in terms of overall design, ARCFOX defines the battery body as an "undeformable area", and optimizes the body structure to ensure that the battery pack can be effectively protected in the event of a collision. Secondly, ARCFOX Motors designed a "weak deformation area" at the battery installation site, and set buffer materials and energy-absorbing structures in this area to reduce the impact of collision on the battery pack.
In addition, ARCFOX has also put a lot of effort into the design of the battery pack. Advanced materials and processes are used to manufacture the battery case to ensure that the box has sufficient strength and rigidity. At the same time, inside the box, ARCFOX also arranges four horizontal and one longitudinal reinforcing beam structures around the battery module, which fully decomposes and absorbs the collision energy from the outside world through the three-dimensional structure intertwined horizontally and vertically. This design not only protects the cells inside the battery pack from collision forces, but also improves the overall safety performance of the battery pack.
On the outside of the battery pack, ARCFOX has also designed an outer frame with a thickness of 50mm. This design provides an additional layer of protection that effectively absorbs the impact energy in the event of a collision and reduces the impact on the battery pack. In addition, ARCFOX also pays attention to details, such as designing a fragmentable structure at the nozzle of the liquid-cooled pipeline near the battery pack to avoid the pipeline piercing the battery in the event of a collision and causing a short circuit.
These measures enable ARCFOX Motors' battery packs to perform well in passing the equivalent 80km/h forward collision and 60km/h lateral collision tests, which are comprehensively stricter than the requirements of the national standard. Even under extreme conditions, ARCFOX battery packs are able to maintain structural integrity and stability, ensuring the safety of drivers and passengers.
Anti-electric shock design to ensure electrical safety
In addition to preventing damage to the battery caused by a collision, ARCFOX also pays great attention to the anti-electric shock design.
The design idea of "electric wall" is adopted to ensure that personnel cannot reach high-voltage electricity through physical isolation. When there is a risk of high-voltage exposure after a collision, the system can quickly locate the fault point and complete the high-voltage discharge within 1 second, ensuring that the accessible parts of the vehicle are in a safe voltage state.
ARCFOX Motors pioneered distributed high-voltage interlock circuit technology. The technology adopts a parallel design to accurately locate the fault area, and according to the voltage signal change law of the interlock detection point, judge whether the interlock circuit is in the fault form such as short circuit, open circuit and virtual connection, and implement a reasonable protection strategy: only disconnect the fault point. The application of this technology improves the safety of the vehicle and reduces the difficulty of troubleshooting and maintenance.
Strict quality control and testing
In order to ensure the safe performance of the battery, ARCFOX Motors has also established a strict quality control system.
Strict quality inspection and monitoring measures are implemented during the battery production process to ensure that each battery pack meets high quality standards. At the same time, ARCFOX Motors has also carried out a series of rigorous tests and verifications, including crash tests, extrusion tests, thermal runaway tests, etc., to ensure that the battery can still maintain safe performance under extreme conditions.
Up to now, ARCFOX Motors has once again confirmed its outstanding performance in the field of battery safety with an excellent record of "0 spontaneous combustion and 0 explosion". As a leader in the new energy vehicle industry, ARCFOX Motors has successfully improved the safety performance of batteries to the world's top level with forward-looking forward development strategies, innovative design concepts and meticulous quality control. In the future, with the continuous development of the new energy vehicle market, ARCFOX will continue to uphold the concept of "safety first". We continue to innovate and make breakthroughs in the field of battery safety to provide consumers with safer and more reliable automotive products.