This report aims to deeply analyze the characteristics, development history, and application scenarios of the Internet of Vehicles (IoV), providing an in-depth examination of the IoV industry chain and depicting the development trends of the IoV industry.SummaryMany regions across the country are accelerating the strategic deployment of the IoV industry by releasing top-level plans, formulating relevant regulations, encouraging technological research and development, building infrastructure, and supporting road testing demonstrations and operational projects, thus promoting the practical development of the industry. The IoV industry in China is showing a robust growth trend.In recent years, various departments such as the National Development and Reform Commission, the Ministry of Industry and Information Technology, the Ministry of Transport, and the Ministry of Public Security have issued a series of guiding policies related to the IoV. The development potential of the IoV industry is gradually being unleashed, with market participants such as chip manufacturers, terminal device vendors, communication operators, and vehicle manufacturers entering the field across sectors. The scale of China’s IoV industry is rapidly growing, and it is expected to exceed 500 billion yuan by 2025.Against the backdrop of continuous policy support, technological innovation, and breakthroughs in application scenarios, many regions across the country are bursting with significant industrial development potential, and the industrial ecosystem is gradually improving.This report aims to analyze the characteristics, development history, and application scenarios of the IoV, providing an in-depth examination of the IoV industry chain and depicting the development trends of the IoV industry. It will also establish an evaluation index system from five aspects: industrial development competitiveness, demonstration application competitiveness, supporting competitiveness, technological innovation competitiveness, and capability enhancement competitiveness, to select the “Top Ten Bases of the IoV in 2024”.
The demonstration applications and introduction of the IoV in cities are continuously spreading, bringing significant positive impacts on urban economy, society, energy, environment, and employment.To further expand the application scale of the IoV, it is urgent to reform and improve aspects such as collaborative mechanisms, technological innovation, and business models, and to build a more complete IoV industrial ecosystem.
The report proposes development suggestions for the IoV industry:
Gradually improve the cross-departmental collaborative mechanism for the IoV industry
Multiple departments should form a consensus on the IoV industry, unify and issue development plans and action guidelines for the IoV industry that adapt to future development stages, clearly propose development goals and roadmaps for vehicle-mounted terminals and roadside infrastructure by region and phase, and strengthen the collaborative development of vehicle-mounted terminals and roadside infrastructure construction.
Summarize the work experience of cross-departmental cooperation and inter-ministerial linkage, and suggest that local governments form joint working groups for the IoV based on local actual conditions, creating an efficient collaborative mechanism to jointly promote large-scale technological verification and application demonstrations across regions and industries.
Accelerate the research on the integration of IoV with intelligent technologies
Strengthen the application of the integration of intelligent and connected technologies, relying on the research and development and mass production application needs of automotive enterprises, collaborate with upstream and downstream research forces, and accelerate the research and development of key common technologies such as temporal and spatial integration of data information, as well as practical applications at the engineering level, to better support the enhancement of autonomous driving functionality.
Promote breakthroughs in multiple key technologies related to C-V2X through cross-sector collaboration, optimizing the industrial chain ecosystem. Accelerate the collaborative research and development and construction of cloud control platform technologies, information security technologies based on national encryption algorithms, testing and certification systems, etc., cultivate leading enterprises in various segments of the industrial chain, and accelerate the construction of a complete IoV industrial ecosystem.
Explore mature business models in IoV pilot demonstration zones
Establish clear goals for IoV pilot demonstration zones, considering local traffic characteristics and the early characteristics of IoV industrialization, to explore user-centered applications that can address user pain points and improve user experience.
Conduct top-down research on the communication needs, infrastructure construction plans, and capabilities of vehicle-mounted terminals that can support such applications, promote large-scale infrastructure construction, achieve high installation rates of vehicle-mounted terminals, and conduct long-term demonstration operations to derive data on the impact of IoV on traffic safety and efficiency improvements.
Based on large-scale demonstration verification and improvement, propose more complete plans and standards for large-scale infrastructure construction and vehicle-mounted applications to support industrial applications and promotion.
Below are excerpts from the report:
Source | CCID ConsultingAuthor | Internet of Things Industry Research Center
