--- title: "Hyper GT HL extended-range version starts at 269,800 yuan, extended-range 60 kWh battery becomes a popular choice" type: "Topics" locale: "zh-CN" url: "https://longbridge.com/zh-CN/topics/33199868.md" description: "Produced by Zhineng Technology GAC Xingyuan Range Extender Technology officially launched, the first model equipped with this technology, the Haobo HL Range Extender version, is now available with a starting price of 269,800 yuan. This is another range-extender SUV targeting family scenarios, but from "lifetime free charging" to "standard 500,000-level luxury configurations," it aims to redefine the competition rules. Range extenders have always been considered a practical solution, with a 60kWh battery providing 350 km of pure electric range and 800V/5C ultra-fast charging. "Lifetime free charging" further emphasizes extremely low usage costs. At the product level..." datetime: "2025-08-20T01:04:42.000Z" locales: - [en](https://longbridge.com/en/topics/33199868.md) - [zh-CN](https://longbridge.com/zh-CN/topics/33199868.md) - [zh-HK](https://longbridge.com/zh-HK/topics/33199868.md) author: "[芝能-烟烟](https://longbridge.com/zh-CN/profiles/11273666.md)" --- > 支持的语言: [English](https://longbridge.com/en/topics/33199868.md) | [繁體中文](https://longbridge.com/zh-HK/topics/33199868.md) # Hyper GT HL extended-range version starts at 269,800 yuan, extended-range 60 kWh battery becomes a popular choice ​​ Produced by Zhineng Technology GAC's Xingyuan Range Extender Technology was officially launched, and the first model equipped with this technology, the Hyper HL Range Extender Edition, was simultaneously released, starting at 269,800 yuan. This is another range-extended SUV positioned for family scenarios, but from "lifetime free charging" to "standard 500,000-level luxury configurations," it aims to redefine the competition rules. Range extenders have always been considered a pragmatic solution. A 60kWh battery provides 350 km of pure electric range, with 800V/5C ultra-fast charging. "Lifetime free charging" directly targets extremely low usage costs. In terms of product features, the HL Range Extender Edition comes standard with lidar, an 8295P chip, and dual-chamber air suspension, showing its competitive edge. **01** **Technical Analysis of Powertrain and Energy Replenishment System** GAC has introduced its self-developed "Xingyuan Range Extender" system in the Hyper HL. The core idea is not just to address insufficient electric drive but to improve overall vehicle efficiency through an "electric-first, fuel-assisted" architecture. **●** **Battery and Range:** Equipped with a 60 kWh battery pack provided by CATL, the rated capacity is at a high level among similar range-extended models. Most range-extended SUVs have batteries in the 30-45 kWh range, while the 60 kWh capacity means a pure electric range of up to 350 km. For typical urban commuting, users can rely entirely on pure electric mode for a week, making it functionally closer to a BEV, with the range extender serving more as a "safety net." This design reflects an engineering focus on adapting to daily usage scenarios. **●** **Range Extender Efficiency and Fuel Consumption:** In a depleted state, the vehicle's combined fuel consumption is 6.7 L/100km. This figure is relatively low for a 2-ton mid-to-large SUV, indicating targeted optimizations in energy efficiency control and thermal management for the range extender. Traditional range-extended vehicles often suffer from "excessive energy consumption in depleted states." GAC has improved overall performance through efficient operating ranges and energy recovery, ensuring economic viability even in long-distance scenarios. **●** **High-Voltage Platform and Ultra-Fast Charging:** The Hyper HL unusually adopts an 800V high-voltage architecture for its class, supporting 5C charging rates. In practical terms, this means the vehicle can replenish 210 km of range in 10 minutes. Compared to most 400V range-extended models on the market, its charging efficiency is indeed superior. The 800V technology places higher demands on battery internal resistance, thermal management, wiring, and power electronics modules. Deploying this in a 300,000-yuan SUV reflects GAC's engineering optimizations for the electric drive platform, not just a simple transplant of high-end technology. **●** **Energy Replenishment Scenarios and User Costs:** Beyond hardware capabilities, GAC offers a "free charging and home charger with purchase" strategy. From an engineering perspective, this "hardware + supporting services" integrated approach maximizes the value of the large battery and high-voltage fast charging while alleviating user anxiety about energy management. The Hyper HL's powertrain and energy replenishment system is designed with an "electric-first, fuel-assisted" philosophy, balancing urban electric driving and long-distance needs. Its core engineering value lies in enhancing the pure electric attributes of range-extended vehicles and narrowing the experience gap with BEVs through high-voltage fast charging. **02** **Engineering Implementation of Chassis, Cabin, and Intelligence** Beyond the powertrain, the Hyper HL's chassis structure and smart cabin configurations also showcase GAC's trade-offs in vehicle engineering. **●** **Chassis and Ride Comfort:** Features a front double-wishbone and rear five-link independent suspension, paired with air springs and electronically controlled damping. Compared to the common MacPherson front and multi-link rear suspension, this setup demands higher costs and space but offers better balance between comfort and handling. GAC has applied a so-called "Super Magic Carpet System," which uses front cameras and lidar to scan the road ahead and adjust damper resistance in advance. This principle is similar to some high-end luxury brands, essentially an extension of active suspension control. Data shows a 15% reduction in impact sensation, indicating real-time prediction and dynamic adjustment capabilities in hardware and control logic. **●** **Active Safety and Extreme Condition Adaptation:** The vehicle's ASTC 2.0 stability control system can reduce braking distance by about 11% on slippery roads. This suggests optimizations in wheel torque distribution and braking force allocation at the algorithm level, leveraging dual-motor drive characteristics for more stable traction control. The body uses a hybrid structure of 78% high-strength steel and aluminum, passing the latest C-NCAP 5-star safety test, indicating a balance between lightweighting and safety. For battery safety, NP2.0 thermal-electric separation technology is employed, isolating thermal runaway from battery cells to reduce chain reaction risks. **●** **Smart Cabin and Human-Machine Interaction:** The cabin is equipped with a Snapdragon 8295P chip, which quadruples the computing power of the previous 8155 and supports AI model inference. This enables voice recognition for up to 10 consecutive dialogues and includes voiceprint recognition. For users, the core value lies in reduced command latency and interaction errors, improving the "usability" of the cabin system. Beyond the infotainment system, the vehicle also features a 17.3-inch ceiling screen, OMS passenger monitoring, and additional functions like seat massage, sunshades, and a refrigerated compartment. While these features fall more into the comfort category, the engineering challenge lies in integrating multi-modal sensors and cabin power systems. Balancing energy efficiency with high-load cabin hardware reflects optimizations in the vehicle's electrical architecture. **●** **Advanced Driver Assistance System (ADAS):** The Hyper HL comes standard with lidar and an Orin-X chip, supporting mapless navigation. This approach aligns with current L2+/L3 solutions, emphasizing navigation assistance in urban and highway scenarios without relying on high-definition maps. From an engineering perspective, this indicates GAC's choice of an end-to-end algorithm-centric approach over a "semi-closed" high-definition map-dependent solution. The significance lies in stronger system scalability, though robustness in complex scenarios remains to be validated. **Summary** **The Hyper HL Range Extender Edition represents GAC's ambition to use "range extension" as a key to redefine the sub-300,000-yuan new energy SUV market. It no longer settles for the convenience of energy replenishment but aims to bundle range, intelligence, luxury, and safety together, while reducing user hesitation through "fully loaded benefits."** **China's new energy market is already a red ocean, where price and configuration battles often fail to sustain long-term success. GAC's strategy is: Instead of passively following, actively disrupt the game.**​​​​ ### 相关股票 - [GAC Group (601238.CN)](https://longbridge.com/zh-CN/quote/601238.CN.md) - [GAC GROUP (02238.HK)](https://longbridge.com/zh-CN/quote/02238.HK.md)