2026 XPENG P7+ Electric Sedan with 800V Silicon Carbide Platform, 1,550 km Combined Range, and 2,250 TOPS AI Compute Power
2026 XPENG P7+ Electric Sedan with 800V Silicon Carbide Platform, 1,550 km Combined Range, and 2,250 TOPS AI Compute Power
Basic Properties
Trading Properties
Product Summary
The 2026 XPENG P7+ offers dual EREV & BEV powertrains, 800V SiC platform, 5C ultra-fast charging, and 1,550 km max range. Features XPENG Turing AI Smart Driving with 2,250 TOPS vision-only autonomy, triple-screen HUD cockpit, executive seating, and global 5-star safety standards.
Product Details
Highlight:
XPENG P7+ Electric Sedan with 800V platform
,XPENG P7+ Limousine with 1550 km range
,XPENG P7+ AI Sedan with 2250 TOPS
Length:
5,056 Mm
Width:
1,937 Mm
Height:
1,512 Mm
Wheelbase:
3,000 Mm
Drag Coefficient:
0.201 Cd
Battery Pack:
49.2 KWh
Product Description
The 2026 XPENG P7+
The 2026 XPENG P7+ represents a generational leap for XPENG's mid-to-large-size smart electric sedan market. Positioned as an "AI-Defined Coupe," the 2026 model introduces a highly anticipated dual-energy ecosystem by offering both Super Range Extender (EREV) and Pure Electric (BEV) variants globally. It completely revamps its architecture with an ultra-efficient 800V silicon carbide platform, an advanced 5C ultra-fast charging AI battery system, and the industry-leading Turing AI hardware suite.
Dimensional Architecture & Exterior Design
The vehicle is engineered around an optimized fastback silhouette, balancing executive-level rear passenger space with class-leading aerodynamics.
- Exterior Dimensions:
Length 5,056 mm Width 1,937 mm Height 1,512 mm Wheelbase 3,000 mm (achieving a premium 60% wheelbase-to-length ratio) - Aerodynamics: Designed with an integrated double-ducktail rear spoiler, flush pop-out door handles, and active grille shutters. The vehicle achieves an ultra-low drag coefficient of 0.201 Cd, significantly extending its highway range.
- Lighting Systems: Features the next-generation 1,730 mm seamless one-piece Star-Wing LED light strip at the front. It operates with dynamic welcome sequences and works in tandem with matrix LED high/low beams. The rear is equipped with structural 3D wrap-around light bars.
- Chassis & Suspension: Front double-wishbone independent suspension combined with a rear multi-link independent setup. It utilizes high-strength aluminum alloy subframes and frequency-selective damping (FSD) shock absorbers to automatically neutralize road vibrations.
Dual-Powertrain Engineering & Battery Capabilities
Super Range Extender (EREV) Variants
Engineered for users seeking zero range anxiety without sacrificing the instant response of a pure electric drive.
- Range Extender System: Powered by a high-efficiency 1.5T four-cylinder dedicated range extender engine paired with a highly integrated rear-mounted permanent magnet synchronous motor.
- Battery Pack: Features a specialized 49.2 kWh high-density AI battery pack combined with a 45-liter fuel tank.
- Performance & Efficiency:
CLTC Pure Electric Range 430 km (the longest electric-only range in the global EREV sedan segment) CLTC Combined Range 1,550 km (fully fueled and charged) Thermal Efficiency Engine thermal efficiency exceeds 44%, yielding an electric consumption rate of 12.5 kWh/100 km in range-extending mode - Charging Infrastructure: Built on a full-stack 800V high-voltage architecture supporting 5C ultra-fast charging. It completes a 10% to 80% State of Charge (SoC) in just 12 minutes.
Pure Electric (BEV) Variants
Engineered for ultimate electrical efficiency and track-ready performance.
- Electric Drive System: Employs an advanced 800V Silicon Carbide (SiC) high-performance electric drive assembly.
- Performance Metrics:
615 Max Version Powered by a 180 kW single motor, 0-100 km/h in 6.9 seconds, delivering a CLTC range of 615 km (3C battery pack) 725 Max Version Upgraded to a 230 kW single motor, peak torque of 450 N*m, 0-100 km/h sprint in 5.8 seconds, delivering a CLTC range of 725 km - Ultra-low Energy Consumption: Through extreme wind resistance optimization and precise SiC thermal management, the vehicle records an exceptional low electricity consumption of 10.9 kWh/100 km.
- 5C AI Battery Technology: The 725 Max version features a 5C cell chemistry that enables a 10-minute charge to replenish up to 420 km of range.
Autonomous Driving Architecture: XPENG Turing AI Smart Driving
The 2026 P7+ completely ditches LiDAR, shifting entirely to an advanced vision-centric paradigm powered by XPENG's AI Hawkeye Vision Solution.
- Compute Supercomputer: Equipped with three proprietary XPENG "Turing AI Chips", boasting a massive, industry-leading combined on-board processing power of 2,250 TOPS.
- Sensor Suite:
- Dual 8-megapixel forward-facing cameras
- Surround-view millimeter-wave radars
- 12 ultrasonic sensors
- Omnidirectional high-definition cameras with independent sub-millimeter lens heating and anti-fogging technology
- Software & Algorithm Core: Debuts the Second-Generation VLA (Vision-Language-Action) End-to-End Large Model. This allows the vehicle to read road text, understand complex traffic scenes, and dynamically adapt behavior like a human driver.
- Capabilities: Full-scenario "Space-to-Space" (Parking Spot to Parking Spot) autonomous driving. The system smoothly operates without navigation data on narrow, unmapped urban alleys, private corporate parks, and complex underground multi-level parking garages.
Smart Cockpit, Spatial Layout, and Comfort Specifications
- Triple-Screen Panoramic HUD Interaction:
- Central Control: 15.6-inch 2.5K ultra-clear floating touch screen powered by a Qualcomm Snapdragon SA8295P cockpit chip
- Rear Entertainment: 8-inch independent entertainment and climate control display for rear passengers
- Driver Displays: Embedded low-glare digital instrument cluster paired with a 29-inch Wide HUD (W-HUD) and a 87-inch Augmented Reality HUD (AR-HUD) projecting contextual navigation onto the road
- First-Class Executive Seating:
- Standard Features: All four principal seats are standard-equipped with three-speed ventilation, three-speed heating, and multi-point hot-stone emulation massage functions
- Rear Rows: Features electronically adjustable rear seatbacks (supporting a 10° tilt range)
- Front Rows: Flagship trims feature an executive zero-gravity co-pilot seat with one-click reclining and leg-rest extensions
- Acoustics & Environment: Equipped with a 20-speaker custom-tuned Hi-Fi audio system delivering 7.1.4 Dolby Atmos spatial surround sound. Features a dual-zone heat pump climate system and a panoramic stargazing canopy with 99.9% UV/IR thermal insulation block.
- Utility & Storage: Utilizes a spacious hatchback-style electronic tailgate. The trunk opening width reaches 1.1 meters with a depth of 1.8 meters. The trunk base volume is 725 liters, expanding effortlessly to 2,221 liters with the rear seats folded flat.
Safety Engineering & Structural Testing Report Summary
The 2026 XPENG P7+ is built in compliance with global C-NCAP (China) and Euro-NCAP (Europe) 5-Star safety standards.
- Passive Safety Matrix:
- The vehicle body cage structure uses 83% high-strength steel and hot-formed steel components
- The A, B, and C-pillars are reinforced with 1,500 MPa ultra-high-strength thermo-formed structural steel to prevent cabin intrusion during rollovers
- The rear underbody features a massive 16,000-ton integrated die-cast aluminum structure, drastically reducing multi-car rear-end impact collapse risks
- Battery Safety Isolation:
- The AI battery pack features a bottom-mounted armored shield capable of withstanding up to 300 kJ of kinetic scraping impact
- Implements an IP68-rated waterproof/dustproof design alongside a localized non-propagation thermal runaway layout (aerospace-grade thermal insulation between individual cells)
- Active Safety & Emergency Braking (AEB):
- The Turing AI chip platform executes obstacle tracking 200 times per second
- The active AEB system can successfully perform emergency stops up to a maximum speed of 120 km/h against stationary vehicles and up to 80 km/h against moving pedestrians or dark-clothed targets during nighttime driving
