--- title: "Technical Analysis | What's the Difference Between Lynk & Co EM-P Technology Architecture and Traditional Plug-in Hybrid Systems?" type: "Topics" locale: "zh-HK" url: "https://longbridge.com/zh-HK/topics/31497009.md" description: "Produced by Zhineng Auto. The Lynk EM-P is a hybrid electric platform launched by Geely's Lynk & Co brand, emphasizing a new energy system with electric drive as the main focus and intelligent energy management as the core. It is built on a multi-gear electric drive transmission system (3DHT Evo/Pro), high-power motors, and a new-generation high-efficiency hybrid engine, combined with AI-driven energy scheduling strategies to optimize performance, energy consumption, and response consistency throughout the user lifecycle. The system features differentiated configurations across different vehicle series, ranging from front-wheel-drive P1+P3 layouts to all-wheel-drive P1+P2+P4+P4 composite layouts..." datetime: "2025-07-05T01:25:19.000Z" locales: - [en](https://longbridge.com/en/topics/31497009.md) - [zh-CN](https://longbridge.com/zh-CN/topics/31497009.md) - [zh-HK](https://longbridge.com/zh-HK/topics/31497009.md) author: "[芝能-烟烟](https://longbridge.com/zh-HK/profiles/11273666.md)" --- > 支持的語言: [English](https://longbridge.com/en/topics/31497009.md) | [简体中文](https://longbridge.com/zh-CN/topics/31497009.md) # Technical Analysis | What's the Difference Between Lynk & Co EM-P Technology Architecture and Traditional Plug-in Hybrid Systems? ​​![图片](https://imageproxy.pbkrs.com/https://wx1.sinaimg.cn/mw1024/64f0c940ly4i31nmw9b82j20qa052jrx.jpg) Produced by Zhineng Auto Lynk & Co EM-P is an electric hybrid platform launched by Geely's Lynk & Co brand, emphasizing electric drive as the main focus and intelligent energy management as the core of the new energy system, based on a multi-speed electric drive transmission system(3DHT Evo/Pro), high-power motors, and a new generation of high thermal efficiency hybrid engines to build the power foundation, combined with AI scenario-driven energy scheduling strategies, optimizing performance, energy consumption, and response consistency throughout the user's usage cycle.   The system forms differentiated arrangements in different car series, from front-wheel drive P1+P3 configuration to four-wheel drive P1+P2+P4+P4 composite configuration, thus completing comprehensive coverage from urban commuting to high-speed long-distance, from cold climates to high-performance scenarios.   ![图片](https://imageproxy.pbkrs.com/https://wx1.sinaimg.cn/mw1024/64f0c940ly4i32v2itun9j20u00fk1kx.jpg) **01** **EM-P Hybrid System** **Structural Foundation and Operating Logic**   ![图片](https://imageproxy.pbkrs.com/https://wx1.sinaimg.cn/mw1024/64f0c940ly4i32v2lc4fwj20u00dqkha.jpg) Lynk & Co EM-P is built on the "electric-first" strategy, with its core being a multi-modal drive structure, three-speed electric drive transmission system, and multi-motor collaborative control logic.   According to vehicle configuration differences, the system adopts the 3DHT Evo/Pro system with P1+P3 and P1+P2 configurations. Among them, the P1 motor is mainly used for power generation, while the P2 or P3 motor serves as the main drive source, and in some models, a P4 rear axle motor is added to achieve electric four-wheel drive. ![图片](https://imageproxy.pbkrs.com/https://wx1.sinaimg.cn/mw1024/64f0c940ly4i32v2mq9qlj20u00k7jwa.jpg) In terms of power units, the EM-P system covers 1.5T and 2.0T electric hybrid engines. ◎ Among them, the 1.5T model achieves a maximum thermal efficiency of 47.26%, balancing low fuel consumption and high power output through efficient combustion chamber design, water-cooled EGR, in-cylinder direct injection, and Miller cycle technology.   ◎ The 2.0T Drive-E electric hybrid engine provides stronger mid-to-high-speed performance support, suitable for larger curb weight and high-performance demand scenarios.   In terms of motor control and transmission systems, the EM-P adopts a three-speed DHT electric drive system, which is the core component of its drive logic.   Compared to traditional single-speed range extender structures, the three-speed transmission can intelligently adjust the transmission ratio according to the vehicle's driving state, achieving high-speed low-rev cruising and low-speed high-torque acceleration coordination. In a low battery state, it can still maintain good torque output through gear control, significantly reducing the performance degradation of traditional series range extender systems when the battery is insufficient. In terms of technical operating logic, the EM-P selects different drive modes based on vehicle status:   ◎ At low speeds, it is mainly driven by the motor, and the engine does not start;   ◎ In the mid-to-high-speed stage, it relies on the engine and P1 motor collaboration, reducing fuel consumption through efficient work point scheduling;   ◎ At high speeds, it prioritizes engine direct drive, reducing losses in the energy conversion path.   The system supports dynamic switching between pure electric, series range extender, parallel, and direct drive modes, adapting to various environments such as urban, highway, mountain roads, and low temperatures.   Lynk & Co EM-P's hybrid system, through an electric-first configuration, three-speed transmission control, and composite multi-motor layout, maintains the dual goals of low energy consumption and high output in high-speed cruising, climbing, and high-load scenarios.   The three-speed structure optimizes the engine work point, and the P4 motor decoupling further reduces drag loss, with a technical architecture superior to single-speed range extender and low-speed series electric hybrid systems. ​ **02** **Intelligent Energy Management System** **and Battery Adaptation Technology**   The "Star AI Cloud Power 2.0" introduced by Lynk & Co EM-P is the technical core of its energy scheduling strategy. The system dynamically adjusts the power system operating mode and battery energy distribution through inputs such as navigation data, driving habits, environment recognition, and habitual route learning. ◎ In terms of structure, the system breaks through traditional preset modes, giving electric drive control "prediction" and "adaptation" capabilities. ![图片](https://imageproxy.pbkrs.com/https://wx1.sinaimg.cn/mw1024/64f0c940ly4i32v2ns6fzj20u00g7af3.jpg) The AI energy management system can preemptively conserve power based on navigation recognition of traffic congestion, achieve precise power release in commuting pattern recognition, and prioritize retaining downhill energy recovery space in mountainous cities like Chongqing. In terms of battery usage habit learning, the system can recognize the user's tendency to press the accelerator deeply, enhancing instantaneous response capability while ensuring energy conservation. ◎ In terms of batteries, Lynk & Co EM-P is the first to use the Golden Brick cell super hybrid series, designed specifically for electric hybrid needs, with core features including high power density, long cycle life, and high safety redundancy. The cell can maintain high power output when SOC is below 20%, with a lifespan of 4500 full charge and discharge cycles, using self-repairing SEI film technology to ensure stable performance under long-cycle micro-cycles. ![图片](https://imageproxy.pbkrs.com/https://wx1.sinaimg.cn/mw1024/64f0c940ly4i32v2p6nqqj20u00o041k.jpg) ◎ In terms of charging capability, the cell can achieve SOC 30% to 80% charging within 15 minutes. Through lithium-ion sequential sorting, voltage harmonization, and terminal polarization regulation, it improves end charging efficiency, adapting to high-frequency commuting scene needs.   ◎ In terms of safety, the cell structure features multi-layer elastic buffer materials, self-adjusting electrolyte membranes, and heat-resistant ceramic separators, meeting the most stringent thermal stability and puncture requirements in current and future national standards. The introduction of the P4 motor not only enhances performance but also reduces high-speed cruising energy consumption through decoupling design, and supports high mobility functions such as low-speed U-turn(Waltz mode), crab mode, etc. The electric drive system's response delay is as low as 10ms, achieving "seamless switching" under electric four-wheel drive.   EM-P's intelligent energy management effectively improves system efficiency through AI perception and strategy computation, avoiding unnecessary battery waste. Meanwhile, high-power, high-cycle hybrid cells fundamentally solve the performance degradation issues of electric hybrid systems under frequent charging and discharging, load impact, and high-temperature aging. The system has high adaptability and technological leadership in performance, economy, and safety.   **Summary**   The "intelligent electric hybrid" system constructed by Lynk & Co EM-P is an architectural evolution of traditional range extender and parallel hybrid forms. Through hardware support of the three-speed hybrid system and multi-motor composite layout, combined with AI-driven energy scheduling and dedicated hybrid cells' collaborative optimization, it achieves balanced performance and efficiency in full electric state, high-speed state, and complex scenarios.​​​​ ### 相關股票 - [Geely Auto (GELYY.US)](https://longbridge.com/zh-HK/quote/GELYY.US.md) - [GEELY AUTO-R (80175.HK)](https://longbridge.com/zh-HK/quote/80175.HK.md) - [GEELY AUTO (00175.HK)](https://longbridge.com/zh-HK/quote/00175.HK.md)