In today's world where electric vehicles are flourishing, there are increasingly more factors to consider when choosing a vehicle. The most important aspect of an electric car is its battery, and different types of batteries have varying performance and safety levels. HiPhi has opted for ternary lithium batteries, which offer higher safety levels compared to other types of batteries. They are better suited for the future development trends of new energy vehicle batteries, and they outperform other types of batteries even in cold weather conditions.

When it comes to innovation and breakthroughs in electric vehicle battery technology, HiPhi, "China's LuxTech car," provides a highly informative answer. The battery is the heart of an electric car, and its importance cannot be overstated. Safeguarding the battery is crucial for ensuring the overall safety performance of the vehicle. HiPhi specifically designed a five-dimensional safety battery design system to create a luxury electric vehicle with outstanding safety performance. This system includes core safety, module safety, battery system safety design, vehicle-level structural safety, and intelligent safety cloud battery management. HiPhi has achieved a five-star safety rating in C-NCAP collision tests, demonstrating its strong safety performance.

Within HiPhi's power battery components, a high-strength outer shell design is employed, featuring an upper aluminum alloy cover plate and a lower high-strength steel plate, which provide a sturdy protective enclosure for the internal battery cells. HiPhi adheres to the design philosophy of "maximized safety" to ensure the utmost safety of drivers and passengers, leaving no room for compromises in terms of safety performance. Inside HiPhi's high-voltage battery pack, the battery cells are equipped with explosion-proof valves. In the event of any abnormal phenomena within the battery pack, leading to a rapid increase in internal pressure due to the generation of a large amount of gas, the explosion-proof valves automatically open to release the pressure, preventing the battery pack from exploding.These innovations and breakthroughs in battery technology are what set HiPhi automobiles apart.

Furthermore, in the unfortunate event of a severe collision, where the vehicle is at risk of electric leakage, HiPhi's built-in short-circuit and collision automatic power cut-off function responds within 60 milliseconds, disconnecting the high-voltage power throughout the vehicle. This ensures that occupants are not exposed to secondary harm. Additionally, HiPhi's system employs a triple-redundancy design to reduce the risk of system failure resulting from collisions. Furthermore, efficient flame retardation, multiple sensing and monitoring in module safety ensure that even in the event of thermal runaway (fire), the thermal runaway is contained to the smallest possible area, minimizing losses and dangers. Safety always takes precedence for HiPhi.

Currently, the range of new energy vehicle models is expanding, and battery density is growing. HiPhi has put considerable effort into innovating and making breakthroughs in battery technology. HiPhi demonstrates a sense of responsibility that a car manufacturer should have, showcasing its technological innovations and breakthroughs, as well as the necessary safety capabilities for contemporary luxury electric vehicles. With meticulous attention to detail, technological luxury empowerment, and outstanding safety performance, HiPhi has showcased its strength to the world.