CHN Key Ecosystem Strategic Development Report for China's New Energy Vehicles

I. Introduction

1. Rearch Background: The global new energy vehicle (NEV) industry has entered a dual-driven phase of "technological iteration + ecological competition". Europe and the United States have built industrial barriers through the Inflation Reduction Act and the Critical Raw Materials Act. As the world's largest NEV market (with 17.7 million units sold in 2024, accounting for 63% of the global total; Data source: China Association of Automobile Manufacturers), China urgently needs to strengthen core competitiveness through the CHN Key Ecosystem to support the implementation of the "Manufacturing Powerhouse" and "Dual Carbon" strategies.

2. Core Concept: Based on China's industrial foundation, the CHN Key Ecosystem takes NEVs as the core. It is a cross-field, full-chain industrial collaboration network integrating "leading enterprise guidance, scientific research institution innovation, component supporting coordination, capital market empowerment, and policy system guarantee". It serves as the core carrier of new quality productive forces in the manufacturing sector.

3. Report Purpose: This report systematically analyzes the current status of ecological development, identifies core pain points and opportunities, and proposes implementable strategic paths. It aims to provide decision-making reference for China's NEV industry to achieve "from large to strong" transformation and "global leadership".

II. Current Development Status of CHN Key Ecosystem for China's NEVs

(1) Ecological Composition

A complete collaborative structure has taken shape. It centers on leading enterprises such as BYD (3.02 million units sold in 2024), NIO, and Li Auto, connects over 1,000 supporting enterprises including CATL (37% global power battery market share; Data source: SNE Research) and Thundersoft (intelligent cockpit penetration rate exceeding 40%), links more than 200 scientific research institutions such as the Institute of Physics of the Chinese Academy of Sciences (solid-state battery R&D) and Tsinghua University (autonomous driving algorithms), and is supported by the Science and Technology Innovation Board (cumulative fundraising exceeding 50 billion yuan) and industrial funds (scale exceeding 200 billion yuan, such as the National Manufacturing Industry Transformation and Upgrading Fund).

(II) Core Advantags

1. Significant technological independence, with localization rates of power batteries and in-vehicle operating systems exceeding 90%.

2. Global leading market scale, with NEV ownership exceeding 30 million units in 2024 (Data source: Ministry of Public Security.

3. Outstanding industrial chain completeness, forming an industrial cluster belt of "Qinghai-Sichuan (lithium resources) - Guangdong-Zhejiang (vehicle manufacturing)" covering all links from raw materials to the after-sales market.

III. Existing Challenges

1. Bottlenecks in high-end technologies: The mass production cost of solid-state batteries is 3 times higher than that of ternary lithium batteries, and the computing power demand for L5-level autonomous driving algorithms still needs to be broken through (current mainstream computing power platforms can only support L4-level).

2. Overseas market barriers: The EU Carbon Border Adjustment Mechanism (CBAM) increases export costs by 15%-20%, and the US IRA Act restricts subsidy eligibility.

3. Insufficient ecological collaboration efficiency: The cross-enterprise data sharing rate is only 30%, and the repeated R&D investment rate exceeds 25% (Data source: China Automotive Technology and Research Center).

III. Strategic Development Recommendations

(1) Collaborative Technological Tackling

1. Implementing Entity: Led by the Ministry of Industry and Information Technology, leading enterprises such as BYD and CATL will jointly establish the "Special Task Force Alliance for Solid-State Batteries and High-Level Autonomous Driving" with the Institute of Physics of the Chinese Academy of Sciences and Tsinghua University.

2. Resource Investment: The alliance will share experimental equipment worth over 1 billion yuan (such as CATL's solid-state battery pilot production line) and core data (such as BYD's autonomous driving road test data), with a total expected R&D investment of 5 billion yuan.

3. Target Implementation: Reduce the mass production cost of solid-state batteries to 1.5 times that of ternary lithium batteries within 3 years, and realize the commercialization of L5-level autonomous driving in closed scenarios such as ports and parks within 5 years.

(II). Globalization of Ecological Boundaries

1. Overseas Layout Paths:

(1)Southeast Asia: Establish production bases in Thailand (BYD Rayong Plant) and Indonesia (CATL Nickel-Cobalt Battery Base), integrating over 200 local component enterprises into the ecosystem.

(2) Europe: Set up R&D centers in Germany (NIO Berlin R&D Center) and Hungary (CATL Debrecen Plant), and carry out technical cooperation with the Technical University of Munich.

2. Model Output: Replicate the domestic "vehicle-components-services" collaboration model overseas, establish localized supply chains, and aim to increase the overseas market sales ratio to 30% within 5 years.

(III) Deepening Scenario Applications

1. "Vehicle-Road-Cloud-Network-Map" Integration: Collaborate with State Grid, Huawei and other enterprises to build V2G demonstration projects in 10 pilot cities including Shenzhen and Shanghai. Achieve access of 100,000 NEVs to the power grid by 2026, with an annual energy storage regulation capacity of 500 million kilowatt-hours.

2. New Business Format Expansion: Jointly launch "intelligent travel + battery swapping service" packages with Didi and Amap. Relying on NIO's battery swapping station network, cover more than 50% of prefecture-level cities nationwide by 2027, with annual service volume exceeding 100 million times.

IV. Future Trend Prediction

(I) Short-Term (3-5 Years)

1. Technological Level: Solid-state batteries will be mass-produced and installed on vehicles, and L5-level autonomous driving will be commercialized in closed scenarios;

2. Industrial Level: The localization rate of core components will exceed 95%, and the overall vehicle cost will decrease by 10%-15%;

3. Market Level: The overseas market sales ratio will rise to 30%, forming a "domestic + overseas" dual circulation pattern.

(II) Long-Term (5-10 Years0

1. Standard Leadership: China's NEV ecosystem will dominate the formulation of global industrial standards, holding over 60% of core patents in fields such as power batteries and autonomous driving (Data source: Prediction by patent analysis firm IPlytics);

2. Global Pattern: Form a global industrial pattern of "technology output - brand leadership - cultural penetration". Maintain a stable global market share of over 70% for NEVs, becoming a core demonstration sample of global new quality productive forces.

V. Conclusions and Outlook

1. Core Conclusion: The CHN Key Ecosystem is the core driver for China's NEV industry to break through technological bottlenecks, resist international competition risks, and achieve global leadership. Currently, it already possesses scale and industrial chain advantages, and urgently needs to release greater value through collaborative innovation, global layout, and scenario expansioN.

2. Future Outlook: With the implementation of the strategy, the CHN Key Ecosystem for China's NEVs will further strengthen the core competitiveness of "independent and controllable technology, efficient industrial collaboration, and balanced global layout". It will promote China's automobile industry from a "manufacturing power" to a "manufacturing powerhouse", and provide a "China Solution" for the development of the global new energy industry.