On October 29, the “Xpeng P7+ Powertrain Technology Communication Conference” successfully took place in Guangzhou. Mr. Gu Jie, head of Xpeng Motors’ powertrain center, attended the conference. He introduced the advantages of the Xpeng P7+ in electric energy consumption management to the media present. He emphasized that Xpeng Motors believes energy consumption level is the only standard to measure range capability.
Reject simple stacking. Tackle energy consumption challenges. At the meeting, Mr. Gu Jie stated that Xpeng Motors focuses on market demands for electric vehicle range. Xpeng refuses to use the common industry practice of “stacking batteries.” The company also avoids high-cost, heavy, and energy-intensive products. Xpeng believes that systematic solutions to energy consumption are the right breakthrough. The goal is to optimize every kilowatt-hour, providing users with a more efficient, smarter, and cost-effective energy experience. In the future, Xpeng plans to enhance range through OTA updates, aiming for industry breakthroughs.
Four Key Principles to Create an Energy Management Leader The Xpeng P7+ is Xpeng Motors’ latest model. It reaches new heights in energy management. It can travel 10 kilometers on one kilowatt-hour. The cost per kilometer is only 4 cents. Compared to industry benchmarks, the P7+ has a longer length and a heavier body. Yet, it maintains excellent energy efficiency.
The Xpeng P7+ excels in energy management. It relies on four key principles. These are advanced body design and manufacturing, efficient three-electric management strategies, the self-developed X-HP 3.0 smart thermal management system, and precise driving control. Together, these principles boost the range by 136.5 kilometers.
The 16,000-ton super die-casting leads the world in lightweight efficiency. The Xiaopeng P7+ uses this equipment. It sets a record for the largest mass-produced die-casting. It also achieves mass production of large castings and steel side panels in China for the first time. The new process reduces 2,000 weld points and integrates 167 parts. This results in a weight reduction of 30 kg and an 8 km increase in range.
The Xiaopeng P7+ features a unique design. The team optimized the car’s aerodynamics in 20 areas. They conducted 600 simulations over 3,000 hours and performed three wind tunnel tests. The car includes an active grille and a aerodynamic tail. These enhancements achieve a drag coefficient of Cd 0.206, leading the class. This design improves efficiency and boosts the range by 23.3 kilometers.
The Xiaopeng P7+ features Formula E low rolling resistance tires. These tires offer high wear resistance and low noise. They enhance range efficiency by 5%, increasing mileage by 9 kilometers. The Xiaopeng P7+ achieves a total range increase of 40.3 kilometers due to its low weight, low drag, and low rolling resistance.
Achieve extreme efficiency in three-electric management. The Xiaopeng P7+ debuts AI smart distribution. It reduces low-voltage energy consumption by 17%. The entire lineup features an 800V super electric drive system. It uses active oil cooling technology. This cuts motor loss by 17%. The new SiC power module delivers up to 99.5% efficiency. The new SoC battery analysis technology enhances energy release. These advancements boost the Xiaopeng P7+ range by 33.6 kilometers.
X-HP3.0 Smart Thermal Management System sets the industry benchmark. The Xpeng P7+ features the self-developed X-HP3.0 system. It optimizes five key scenarios. This enhancement boosts the range by 45 kilometers.
Integrate intelligent recognition functions to reduce energy consumption. In high-speed scenarios, adjust the thermal management system smartly. Use natural airflow to cut cooling needs. This promotes efficient heat exchange between the passenger cabin and the power compartment, lowering battery energy use. In high-temperature scenarios, achieve intelligent compensation for temperature control within 0.5 degrees Celsius. In low-temperature scenarios, actively recycle warmth. Optimize energy circulation routes to minimize heat loss. The air conditioning system features an AI energy-saving mode. It precisely controls the ratio of internal and external circulation, ensuring comfort while reducing energy consumption.
Xpeng P7+ integrates energy consumption management with precise control for both human driving and autonomous driving. It uses efficient power calibration and precise energy recovery to reduce energy loss by 20%. As the first model to feature the AI Eagle Eye visual autonomous driving system, the P7+ evolves its system architecture. This evolution leads to a total system power consumption that outperforms competitors by 15%. The P7+ becomes the most energy-efficient AI autonomous driving “expert.” By innovatively covering energy consumption in precise control, the P7+ achieves an additional range of 17.6 kilometers.
Xpeng Motors continues to advance its vehicle power technology. The company works to improve its energy replenishment system. It aims for seamless service at every station. Xpeng operates over 1,620 self-owned charging stations. These stations cover more than 420 cities. Eighty percent are in first-tier cities. They are within a 3-kilometer radius of users’ homes. Seventy-five percent of the charging stations have high-quality facilities. By 2026, Xpeng aims to have over 10,000 self-owned stations. In addition to its self-operated network, Xpeng strengthens its third-party charging network. It currently has nearly 90,000 cooperative stations. The total number of charging piles exceeds 1.1 million. This setup perfectly meets users’ charging needs.
Xpeng Motors works hard. It drives continuous technological innovation. Xpeng represents China’s top smart driving technology. It also aims to excel in energy management technology. The company plans to deliver a superior electric smart travel experience to users worldwide.
