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 　　Xiaopeng new energy vehicle parts: original genuine products, the choice of upgrading the smart driving experience! In the new energy vehicle market, smart driving has become the core competitiveness, and the adaptability and technical synchronisation of original accessories. As a pioneering brand in the field of intelligent electric vehicles, Xiaopeng Automobile provides owners with a full chain of intelligent driving upgrade solutions from hardware to software, becoming the first choice of users in pursuit of the ultimate intelligent travel experience. 　　The research and development of original parts of Xiaopeng is deeply bound to the design of the whole vehicle, and from the chip selection to the sensor layout, all of them follow the same technical standards as the vehicle’s intelligent driving system. If the owner chooses to replace the non-original parts, it may lead to perceptual data errors due to hardware parameter deviations, which in turn affects the stabi...

 　　The Peng Accessory Renewal Programme: 58 quietness upgrades to create a mobile quiet cabin! Against the backdrop of the white-hot competition in the high-end MPV market, Roc Motors has redefined the comfort standard for family travelling with the ‘quietness revolution’ as the core. 　　Roc Auto has invested 50 million yuan in research and development funds to launch technical attacks on the three major pain points of wind noise, road noise and motor noise. In terms of body design, the wind noise coefficient is reduced to 0.227 by optimising the inclination angle of the A-pillar and the shape of the rear-view mirror, which, together with the double-layer laminated glass and the active noise reduction system, results in an interior noise of only 62 decibels when driving at high speeds of 120km/h, a reduction of 2.3 decibels compared to traditional luxury MPVs. 　　Measured data shows that the 2025 X9’s interior noise level drops by 28.66 decibels compared to the old model...

 　　Xiaopeng parts supply chain reveal: Zhaoqing industrial base how to support intellectual innovation? At a time when competition in the new energy vehicle industry is heating up, Xiaopeng Auto has taken the Zhaoqing industrial base as the core to transform the parts supply chain from a cost centre to an innovation engine. This intelligent factory, which covers an area of 1.4 million square metres, is the technical mother of its parts ecosystem. 　　The intelligent gene of Zhaoqing base runs through the whole process of parts production. The stamping workshop adopts the world’s first fully closed automated production line, realising 100% automated production of first and second level assemblies through 389 sets of ABB robots, and a body-in-white can be rolled off the line every 90 seconds, with the precision error controlled within ±0.1mm. 　　Supply chain collaborative innovation is the core advantage of Zhaoqing base. Xiaopeng and Ningde Times, Andorra and other head su...

 　　New energy vehicle tyres ‘black technology’ appear frequently, for the green travel escort! New energy vehicle tyre ‘black technology’ appears frequently, for the green travel escort. In the booming development of new energy vehicles, tyres as the only part of the car in contact with the ground, its technological innovation is crucial to green travel. 　　Self-repairing technology can be called a major ‘black technology’ of new energy vehicle tyres. Once a traditional tyre is punctured, it not only affects driving safety, but also delays the journey. Today’s new energy vehicle tyres built-in self-repairing tyre sealant, when the tyre is punctured instantly, the sealant in the role of air pressure to quickly wrap the wound, within a short period of time to complete the ‘wound healing’. 　　Silent technology is also an important breakthrough in new energy vehicle tyres. New energy vehicles do not have engine noise, tyre noise becomes particularly obvious. In order to prov...

 　　New energy vehicle tyre technology breakthroughs, opening a new ‘wheel’ chapter of green travel! Under the background of global advocacy of green travel, energy saving and emission reduction, the new energy vehicle industry is booming, and has become a key force for change in the automotive industry. As a key component of the car in direct contact with the ground, the breakthrough of new energy vehicle tyre technology is opening a new chapter for green travel. 　　The unique power system and driving characteristics of new energy vehicles have put forward very different requirements for tyres than traditional fuel vehicles. Traditional tyres in response to new energy vehicles, often seem inadequate, and a series of technological breakthroughs so that new energy vehicle tyres to achieve a qualitative leap. 　　In terms of reducing energy consumption, tyre companies through innovative materials and structural design, significantly reducing the rolling resistance of the ty...

　　Under the wave of new energy vehicles, the special tyre market ushered in innovation ‘acceleration’! Under the dual impetus of increasing global environmental awareness and rapid progress in science and technology, new energy vehicles are sweeping the automotive market at an unprecedented rate, becoming the new engine of the automotive industry. 　　New energy vehicles and traditional fuel vehicles in the power system, body weight, driving characteristics and other aspects of the significant differences, which puts forward new requirements for the performance of tyres. Traditional tyres are difficult to meet the special needs of new energy vehicles in terms of range, quietness, grip, etc., and the research, development and application of special tyres have become an inevitable trend. 　　In order to enhance the range of new energy vehicles, tyre companies have to work on reducing rolling resistance. Rolling resistance is one of the important factors affecting the energy consum...

 　　New energy vehicle maintenance afraid to step in the pit? How to choose the right technology ‘mine’ and save heart? New energy vehicle maintenance afraid of stepping on pits, choose the right technology ‘mine’ and worry, need to be considered from a number of aspects. 　　The professional qualification of the maintenance organisation is the first factor to consider. New energy vehicle high-voltage system is complex, maintenance personnel need to have electrical, software dual skills, holding a low-voltage electrician’s certificate and other qualifications is the basic threshold. Priority should be given to 4S shops or professional new energy repair organisations authorised by car manufacturers, which are usually equipped with original diagnostic equipment and professional technical teams to pinpoint faults. 　　The quality of parts is directly related to the repair effect. Although the price of original parts is higher, they are well matched with the vehicle and have s...

 　　How to efficiently save money to deal with the maintenance of new energy vehicles? If you want to efficiently save money to deal with the repair work of new energy vehicles, you need to make comprehensive efforts from the multiple stages of pre-maintenance, maintenance and post-maintenance, and at the same time combine the characteristics of new energy vehicles to operate. 　　When the vehicle has a lack of power, you can first check whether the charging is normal, to see whether the charging interface is loose and dirty, and whether the charging pile is working properly. Through these simple checks, you can initially judge whether the fault may be in the charging link or the vehicle itself, and avoid blindly sending it for repair. 　　During the repair process, choosing the right repair organisation is key. In addition to official 4S shops, some professional new energy vehicle repair chain shops are also a good choice. When choosing a repair organisation, it is importa...

 　　Can maintenance not keep up with the fast iteration of new energy technology? The rapid iteration of new energy technology has indeed brought considerable challenges to maintenance, but not completely unable to keep up. 　　New energy vehicle technology iteration speed is amazing, to battery technology, for example, in 2023, the mainstream high-end new energy vehicles commonly used 400V voltage platform, charging 30 minutes can be supplemented with 400 kilometres of range, but by 2025, 800V high-voltage platform has become the standard, charging 15 minutes can be 500 kilometres of range. 　　In terms of intelligent driving systems, the L2-level assisted driving that high-end models took pride in in 2023 has become an entry-level configuration in 2025, and new models have realised autonomous driving in urban areas, while older models still need to manually take over operations such as lane changing and parking. 　　Currently, maintenance is facing many difficulties. New e...

 　　Have new energy vehicles changed the nature of the car? New energy vehicles have changed the nature of automobiles to a certain extent, but have not completely subverted their core attributes. 　　Traditional cars use fuel engines as the core power source, burning petrol or diesel to generate power to drive the vehicle. New energy vehicles, on the other hand, use new energy sources such as electricity and hydrogen, with electric motors as the power output device. The energy conversion efficiency of electric vehicles can reach more than 70%, much higher than that of fuel vehicles of about 30%, and zero emissions during driving, friendly to the environment. 　　The essence of a car lies not only in the power system, i.e. realising the spatial displacement of people and things. New energy vehicles are not fundamentally different from traditional cars in realising this function, and they also have the ability to carry people and objects and travel long distances. The manuf...

 　　Does Toyota new energy vehicle sell more than Xiaomi car? From the current market performance, Toyota’s new energy vehicles have not yet surpassed Xiaomi’s cars in terms of sales. 2024 July to September global pure electric vehicle sales data show that Toyota’s pure electric vehicle sales of 33,000 units, while Xiaomi’s car sales reached 39,000 units in the same period, has demonstrated the overtaking of Toyota’s momentum. This gap continues to expand in the subsequent market performance, and the annual delivery of millet cars in 2024 exceeded 135,000 units, far exceeding the established target of 100,000 units. 　　Toyota’s layout in the field of new energy is early, but the speed of market advancement is relatively slow. Take the bZ series as an example, its pure electric models in the Chinese market sales performance is mediocre, such as bZ3 in the first five months of 2025 cumulative sales of 12,500 units, down 23.5% year-on-year, bZ4X cumulative sales of only 0.05...

 　　New energy vehicles is the future, or excessive speculation? New energy vehicles are not excessive speculation, but an inevitable trend in the development of the automotive industry. From a global perspective, new energy vehicles have become a key force in addressing climate change and achieving energy transformation. China’s new energy vehicle industry has ranked first in the world in terms of production, sales and ownership for many consecutive years since 2015, and the scale of the industry has continued to expand, and the market penetration rate has continued to increase. 　　At the technical level, the core technology of China’s new energy vehicles has made significant progress. Power battery technology continues to make breakthroughs, energy density continues to improve, the cost is gradually declining, lithium iron phosphate and lithium ternary batteries dominate the market, and the battery energy density of some enterprises has reached the international advanc...

 　　What are the key technologies of new energy vehicle chassis? New energy vehicle chassis technology is related to the driving performance, safety and comfort of the vehicle, and also directly affects the energy efficiency and range of electric vehicles. 　　When discussing the key technologies of new energy vehicle chassis, lightweight design needs to be mentioned. With the advancement of battery technology, although the energy density of batteries continues to improve, weight is still an important factor affecting the range of new energy vehicles. The use of lightweight materials such as high-strength steel, aluminium alloy and even carbon fibre to manufacture chassis structures has become an effective means to improve energy efficiency. 　　Integrated design is also a highlight of new energy vehicle chassis, which can effectively reduce the energy loss of the transmission system and improve the overall power transmission efficiency. It also helps to reduce production ...

　　What is the difference between the chassis of a new energy vehicle and a traditional vehicle? There are significant differences between the chassis of new energy vehicles and those of traditional internal combustion engine vehicles in terms of design concept, structural layout and materials used. In terms of the power transmission system, traditional internal combustion engine vehicles rely on a complex mechanical transmission system consisting of the engine, drive shafts, etc. to drive the wheels, whereas new energy vehicles, especially pure electric vehicles, are driven directly by electric motors. 　　As the power source of new energy vehicles is a battery pack rather than fuel, this directly affects the design of the chassis. The battery is usually placed at the bottom of the vehicle to lower the centre of gravity and improve driving stability. The small size and relatively fixed position of the fuel tank in a conventional vehicle has far less impact on the chassis desig...

 　　How to improve the safety of new energy vehicle chassis? Improving the safety of the chassis of new energy vehicles is a complex process involving multiple considerations, which needs to take into account the physical structure design of the vehicle itself, and also needs to be combined with technological advances in advanced material science, intelligent control systems and battery safety protection. 　　In terms of material selection, the use of high-strength steel, aluminium alloy and even carbon fibre and other lightweight and strong materials is an important means to enhance chassis safety. Especially in the face of side or bottom impacts, a strengthened chassis structure can effectively disperse energy and reduce direct damage to key components such as the battery pack. 　　Since the battery is usually mounted underneath the vehicle, this makes it more vulnerable to the threat of impact from road obstacles or other vehicles. The designers have strengthened the pro...

 　　What do I need to pay attention to when repairing the chassis of a new energy vehicle? When dealing with new energy vehicle chassis repairs, there are a few key aspects that require special attention to ensure the safety and effectiveness of the repair work. The battery pack is usually located at the bottom of the vehicle, which requires repairers to avoid any physical damage to the battery when carrying out chassis inspections or repairs. 　　As it involves high-voltage electrical systems, repair work on new energy vehicles has strict requirements on safety standards. Maintenance personnel must receive specialised safety training and hold the appropriate qualifications before carrying out the relevant operations. It is also important to follow the detailed maintenance guidelines provided by the manufacturer. 　　The use of diagnostic systems is also an integral part for the repair of new energy vehicle chassis. Modern new energy vehicles are equipped with advanced elec...

 　　What are the challenges of new energy vehicle chassis design? The challenges of chassis design for new energy vehicles are manifold. Not only do they need to meet the basic requirements for safety, comfort and handling of conventional vehicles, but they also need to be adapted to the characteristics of electric vehicles. 　　In terms of battery layout, since the battery pack is usually the heaviest part of an electric vehicle, and in order to achieve optimal weight distribution and the lowest centre of gravity to improve driving stability, designers usually mount the battery at the bottom of the vehicle. Consideration is also given to how to effectively protect the battery from external impacts and harsh environments. 　　Increasing range is a key objective in the development of electric vehicles, and reducing vehicle weight is one of the most effective ways to improve energy efficiency. Designers tend to use lightweight materials such as high-strength steel, aluminium...

 　　Can new energy vehicle parts really be replaced casually? Replacement of new energy vehicle parts is not as simple and casual as some people think, but needs to consider a number of factors. Batteries used in different brands and models of new energy vehicles vary significantly in specification, size, voltage level and management system. 　　Although the basic principle of the electric motor is the same, in practice each manufacturer will optimise the design according to the positioning of their own products and technology route. When replacing the motor, it is necessary to ensure that the new component can meet the design requirements of the entire vehicle and work seamlessly with the existing electronic control system. 　　As the degree of intelligence increases, new energy vehicles integrate more and more sensors and electronic control units, which together form a complex network architecture. Replacing any of these parts at will may upset the original balance, resul...

 　　Is the new energy auto parts market mature? The new energy vehicle accessories market is in a stage of rapid development, but it is still too early to say that it has fully matured. With the global emphasis on environmental protection and the popularity of electric vehicles, the market demand for new energy vehicles is growing rapidly, which directly drives the expansion of the related accessories market. 　　From a technical point of view, the technical content of new energy vehicles and their accessories has improved significantly compared to traditional fuel vehicles. The development of core components such as batteries, motors, and electronic controls is particularly critical, and technological innovations in these areas continue to emerge. Advances in technology also mean higher R&D investment and technical thresholds, which puts higher requirements on accessory manufacturers. 　　Due to the large differences between the models of various brands, the commonali...

 　　Will the compatibility of new energy vehicle accessories affect driving safety? It is true that the compatibility of new energy vehicle components directly affects driving safety. In the design of new energy vehicles, each component needs to work in high coordination with each other, from the battery management system to the motor control, each link must be matched precisely. 　　Batteries of different models and brands differ in terms of voltage, capacity and charging rate. If an incompatible battery is installed, it may not only lead to a reduction in range, but also cause overcharging or over-discharging problems. If the battery management system is unable to recognise the newly replaced battery or the parameters are not set properly, it will be difficult to ensure the safe operation of the battery. 　　As a key part of the drive system, the performance of the motor directly affects the power output and smoothness of the vehicle. If the motor used does not match the ...

　　Which new energy vehicle accessories are most prone to failure? New energy vehicles are significantly different in structure and technology compared to traditional fuel vehicles, which leads to the uniqueness of their accessory failure modes. 　　Although modern battery technology has come a long way, batteries still face multiple challenges such as temperature variations and the number of charge/discharge cycles. Prolonged exposure to extreme temperatures or frequent rapid charging can accelerate the aging process, affecting performance and even causing capacity to drop too quickly. 　　The electric motor is responsible for converting electrical energy into mechanical energy to drive the vehicle, which directly affects the overall performance of the vehicle. The complex electronic components inside the motor and the heat generated by long periods of high-load operation can be a trigger for failure. If a component in the motor controller is damaged, the motor may not start ...

 　　How to judge whether new energy vehicle parts need to be replaced? Determining whether new energy vehicle parts need to be replaced involves careful observation and regular inspection of the vehicle’s systems and their components. 　　For the core component of the battery pack, its condition directly affects the overall performance of the vehicle. Although modern battery technology is quite mature, battery aging is still an inevitable process. Vehicle owners can track the status of their batteries through the on-board diagnostic system or specialised battery health monitoring software. If the battery management system reports frequent error codes, it is also an indication that there may be a problem with the battery. 　　The motor, a key part of the drive system, requires close attention. Motors typically have a long service life, but can fail when operating under high loads or in harsh environments. If you hear unusual noises coming from the motor area while driving, ...

 　　What quality issues do I need to pay attention to when choosing new energy vehicle parts? When choosing new energy vehicle parts, it is crucial to ensure the quality of the parts, as this is directly related to the safety, performance and service life of the vehicle. 　　Genuine accessories are usually produced by the original equipment manufacturer (OEM) that built the vehicle, and they match the vehicle’s design perfectly to provide optimal performance and compatibility. Whilst these parts may be more expensive, their quality and reliability is often more assured. Compatible accessories manufactured by third parties are more affordable, but you need to be more careful when choosing them to ensure that they have undergone rigorous quality testing. 　　Many countries and regions have clear safety and quality standard requirements for car accessories, such as international standards like ISO certification. When purchasing, you should confirm that the accessories meet th...

 　　How important is it to choose the right battery for a new energy vehicle? Many people have probably wondered about the ‘battery type’ option when purchasing a new energy vehicle. These two types of batteries are currently the most mainstream and widely used lithium-ion battery types in new energy vehicles! 　　Lithium iron phosphate batteries use phosphorus and iron in their cathodes, materials that sound inexpensive. In contrast, ternary lithium batteries use cobalt, a rare metal, in their cathodes, making them more expensive. Additionally, the production technology has a high technical barrier, resulting in a higher production cost for ternary lithium batteries. 　　The energy density of lithium iron phosphate batteries is approximately 110 Wh/kg, while ternary lithium batteries typically have an energy density of 200 Wh/kg, nearly double that of lithium iron phosphate batteries. Therefore, for the same range, ternary lithium batteries are lighter and smaller, which i...

 　　How to determine the health of a new energy vehicle’s electronic control system? Assessing the health of a new energy vehicle’s electronic control system is critical to ensuring safe and reliable vehicle operation. Since new energy vehicles rely on complex electronic control systems to manage batteries, motors, and other critical systems, understanding how to evaluate the status of these systems is essential for vehicle owners and maintenance personnel. 　　Performance during daily driving is an intuitive basis for initially determining the health of the electronic control system. If abnormal fluctuations in power output are observed during driving, this may indicate an issue with the electronic control system. Slower response times from the vehicle may also suggest potential electronic faults. 　　Reading error codes via the on-board diagnostic system is another effective method. Most modern new energy vehicles are equipped with advanced OBD systems that monitor the op...

 　　What are the differences between the special tyres for new energy vehicles? Looking at the future development of several tyre companies, it is safe to say that they are all embarking on laying out tyres for electric vehicles. As the popularity of electric vehicles steadily increases, tyre manufacturers, including Hankook, are developing tyres specifically designed to improve the performance of electric vehicles. Although they are the same car, the difference in tyres is not insignificant due to the difference in internal structure. 　　Since EVs do not have engines, they produce little noise while driving. one of the most important requirements for electric vehicle tyres is to reduce road noise as much as possible in order to maintain a quiet ride. Noise reduction can be achieved through design and manufacturing techniques such as specialised tread patterns and sound-absorbing rubber compounds. 　　MICHELIN has launched the Michelin e-Learn, an electric vehicle tyre aime...

 　　Will the failure to bring down the cost of battery modules slow down the pace of price reductions? Failure to reduce the cost of battery modules may indeed slow down the pace of price reductions for new energy vehicles. As a core component of new energy vehicles, the cost of the battery module occupies a large proportion of the vehicle cost, usually between 30% and 50%. 　　In recent years, despite the rapid development of the new energy vehicle market, but the battery module cost is still high, mainly due to the cost of raw materials, technological bottlenecks and large-scale production effect is not yet fully apparent and other factors. Lithium carbonate and other key raw material price fluctuations, directly affecting the manufacturing cost of battery modules. 　　Battery module costs do not come down, will make the new energy vehicle price reduction space is limited. Car companies in pricing, need to consider the cost, market demand, competitive situation and other ...

 　　After the popularity of lightweight wheels, accessories safety performance can really stand the test? Whether the safety performance of accessories can stand the test after the popularity of lightweight wheels is a question worth exploring in depth. 　　Lightweight wheels are usually made of aluminium alloy, carbon fibre and other high-end and expensive materials, aiming to reduce the weight of the vehicle and improve handling, acceleration and fuel economy. While these materials bring advantages, they may also have some impact on safety performance. 　　In terms of material properties, lightweight materials such as aluminium alloys, although low density and lightweight, may have some differences in strength and toughness compared to traditional steel materials. In the face of complex and harsh road conditions, lightweight wheels may be more susceptible to impact and damage. 　　In terms of manufacturing process, lightweight wheels often use advanced processes such as f...

 　　Parts prices are high, new energy vehicle maintenance is really more than fuel car ‘burn money’? Accessories prices are high, new energy vehicle maintenance is indeed more ‘money’ than the fuel car. New energy vehicles using advanced high-voltage electrical systems and encryption software systems, maintenance technology threshold has increased significantly, the lack of professional qualifications and equipment for ordinary repair shops, owners can only resort to 4S shops or authorised outlets, and these places are usually higher maintenance costs. 　　There are relatively few suppliers of new energy vehicle parts and some key components rely on imports, and the high price of imported parts, coupled with the cost of transport and tariffs, has further increased maintenance costs. The aftermarket of new energy vehicles is mainly based on original parts, and it is difficult for external repair shops to obtain these parts, so vehicle owners can only choose higher-priced o...

 　　How have new energy vehicle Carbody beds transformed our perspective on logistics and delivery? The emergence of new energy vehicle Carbody beds has fundamentally altered our perspective on logistics and delivery, driving the industry toward a more environmentally friendly, efficient, and intelligent direction. 　　From an environmental standpoint, traditional fuel-powered freight trucks emit significant amounts of exhaust fumes and noise during operation, causing severe environmental pollution. In contrast, electric vehicle Carbody beds are primarily powered by electricity, resulting in near-zero emissions and significantly reducing pollutant emissions, aligning with current environmental requirements. 　　In terms of cost, electric vehicle Carbody beds offer significant advantages. The operational costs of electric vehicles are relatively low, with charging station fees typically lower than those at petrol stations, and stable electricity prices, leading to a substan...

 　　What is the potential of new energy vehicle Carbody beds in terms of environmental protection and energy conservation? New energy vehicle Carbody beds have enormous potential in terms of environmental protection and energy conservation and are gradually becoming a key force in the green transformation of the logistics and transportation sector. 　　From an environmental perspective, vehicles equipped with new energy vehicle Carbody beds use non-traditional fuels such as electricity or hydrogen as their power source, significantly reducing exhaust emissions. Traditional fuel-powered vehicles release large amounts of harmful gases during operation, causing severe damage to air quality. 　　In contrast, the vehicles equipped with new energy vehicle Carbody beds have near-zero or low emissions, effectively reducing air pollution and lowering greenhouse gas emissions. This has positive implications for improving urban air quality and mitigating global warming. New energy log...

 　　What is the design philosophy behind the truck bed of new energy vehicles? The design philosophy of new energy vehicle Carbody beds revolves around environmental protection, energy conservation, efficiency, practicality, and intelligent development. In terms of material selection, new energy vehicle Carbody beds widely utilise lightweight materials such as high-strength steel or aluminium alloy, enabling new energy vehicles to consume less energy and travel longer distances during operation, effectively responding to the call for environmental protection and energy conservation. 　　In terms of structural design, the Carbody bed of new energy vehicles fully considers mechanical principles, achieving reasonable distribution of Carbody weight, reducing pressure and vibration during vehicle operation, and enhancing transportation stability and safety. The shape and dimensions of the Carbody bed are also carefully planned to accommodate the loading requirements of various ...

 　　Where does the power for new energy vehicles come from? The power sources for new energy vehicles are diverse, primarily including electricity and hydrogen fuel. These energy forms are more environmentally friendly and sustainable compared to the petroleum used in traditional fuel-powered vehicles. 　　Electricity is the primary power source for new energy vehicles. Pure electric vehicles rely entirely on batteries and electric motors for propulsion, without an internal combustion engine. Batteries are charged at charging stations or using home chargers, and electric motors convert electrical energy into power to drive the vehicle. 　　Hydrogen fuel is another important power source for new energy vehicles. Fuel cell vehicles use hydrogen as fuel, combining hydrogen and oxygen through fuel cells to generate electricity. This process only produces water vapour and other harmless by-products. The batteries in fuel cell vehicles utilise this electricity to drive the vehic...

 　　How are electricity and hydrogen fuel manifested in new energy vehicles? Electricity and hydrogen fuel each have their own unique characteristics in new energy vehicles. Electricity primarily stores energy in batteries and drives vehicles through electric motors, while hydrogen fuel relies on fuel cells to convert chemical energy into electrical energy. 　　The typical representative of electric power-driven vehicles is the pure electric vehicle, whose core is the power battery. It replenishes energy through external power sources such as charging stations, and then converts electrical energy into mechanical energy via electric motors to drive the vehicle. Electric motors respond quickly and have linear torque output, making them suitable for urban commuting and short-distance travel. The regenerative braking system recovers energy during vehicle deceleration and stores it in the battery, further improving efficiency. 　　Hydrogen fuel-powered vehicles are represented b...

 　　How do electric vehicles charge? The charging methods for electric vehicles are primarily divided into two categories: AC slow charging and DC fast charging. The charging process relies on the coordinated operation of charging equipment, vehicle interfaces, and battery management systems. 　　AC slow charging is the most common charging method, suitable for home or office use. The onboard charger typically has a power output ranging from 3.3 kW to 7 kW, resulting in longer charging times. This method places minimal load on the power grid, making it ideal for overnight or extended parking scenarios, and it also helps extend battery lifespan. 　　DC fast charging is suitable for long-distance travel or situations where quick charging is needed. Through the rectifier equipment built into the charging station, AC power is directly converted to DC power, bypassing the onboard charger to charge the battery directly. DC fast charging stations can reach power levels of 60 kW to...

 　　What has been the transformation journey of BYD Auto? The transformation journey of BYD Auto is a history of transitioning from a traditional internal combustion engine vehicle manufacturer to a leader in new energy vehicles. Let me recount the transformation journey of BYD Auto in a clear and coherent manner: 　　The transformation journey of BYD Auto began with a keen insight into the future and a relentless pursuit of technological innovation. In its early days, BYD started with battery technology and gradually expanded into the automotive industry. It primarily produced traditional internal combustion engine vehicles, but soon recognised that the global automotive industry was moving towards electrification. 　　BYD achieved breakthroughs in hybrid technology, launching models such as the ‘Qin’ and ‘Tang’ series. These models not only achieved success in the Chinese market but also garnered attention internationally. By combining advanced battery technology with ef...

 　　How has BYD found the balance between pursuing extreme performance and environmental protection? In today’s automotive industry, pursuing ultimate performance and environmental protection seem to be two conflicting goals. Through a series of technological innovations and strategic adjustments, BYD has found a unique balance between the two, satisfying consumers’ demand for high-performance vehicles while actively responding to global environmental trends. 　　BYD’s breakthroughs in battery technology have laid the foundation for achieving this balance. Compared to traditional lithium-ion batteries, the blade battery uses safer materials and structural design, maintaining stability even under extreme conditions and significantly reducing the risk of fire. BYD’s electric vehicles match the performance of traditional internal combustion engine vehicles while reducing carbon emissions and achieving environmental goals. 　　BYD’s design of the powertrain system also reflect...

 　　How do BYD genuine parts enhance the user experience? BYD significantly enhances the user experience through its high-quality genuine parts, ensuring that every vehicle operates at its best. Genuine parts are not just simple replacement parts; they represent the brand’s commitment to quality and service, providing users with a safer, more convenient, and more personalised driving experience. 　　The quality of BYD’s original parts is at the core of its efforts to enhance user experience. Using the same materials and manufacturing processes as new vehicles, each part ensures exceptional durability and reliability. Using original brake system parts not only guarantees consistent braking performance but also extends the lifespan of the entire system, thereby reducing maintenance frequency and costs, allowing users to enjoy driving with greater peace of mind. 　　BYD original parts pay meticulous attention to detail, evident in their design and functionality. In terms of i...