Summary of Key Points
The Ministry of Industry and Information Technology and the Ministry of Emergency Management have jointly released the "14th Five-Year Plan" for the development of the safety and emergency equipment industry. The goal is to increase the industry's scale from the current trillion-level to 1.4 trillion yuan by 2030, addressing issues such as core technology bottlenecks, unmet market demand, and an imperfect industrial ecosystem. The plan focuses on four main areas: technological innovation, promotion of equipment application, strengthening enterprises, and optimizing the industrial environment. It also aims to shift the industry from a focus on post-disaster rescue to proactive prevention, utilizing new technologies like AI to make equipment more intelligent, while tapping into the large market for home emergency products.
Current Industry Situation: A Trillion-Yuan Scale, but with Many Weaknesses
During the "14th Five-Year Plan" period, China's safety and emergency equipment industry has grown rapidly, with the scale in key areas exceeding 1 trillion yuan by 2025, covering the entire chain from prevention to rescue to service. However, significant challenges remain:
- Core Technology Bottlenecks: Critical components for high-end rescue robots and large-scale emergency drones still rely on imports.
- Untapped Market Demand: Many companies have difficulty selling their products, especially home emergency products. Out of the 490 million households in the country, less than 5% are equipped with first aid kits or fire extinguishers.
- Weak Industrial Ecosystem: The chain from research and development to production and application is not well-connected; new technologies are often not effectively integrated into practical scenarios.
Goals for the "15th Five-Year Plan": Comprehensive Industry Upgrading by 2030
The plan sets several ambitious targets for 2030:
1. Another 40% Increase in Scale: The industry's scale in key areas is expected to reach 1.4 trillion yuan.
2. Technological Breakthroughs: Achieve breakthroughs in core technologies and develop internationally leading products (e.g., search and rescue robots capable of operating independently in complex environments).
3. Wider Application: Establish 10 competitive industrial clusters and 70 specialized parks, significantly increasing the adoption rate of home emergency products.
4. Scene-Based Implementation: Promote the use of effective equipment in scenarios such as earthquakes, floods, urban flooding, and mine safety (e.g., automated external defibrillators [AEDs] and emergency communication devices).
Key Tasks: Four Areas of Focus with 15 Specific Actions
The plan details 15 tasks across four key areas:
- Innovation: Continuously work on core technologies (e.g., using AI to enhance the intelligence of emergency equipment for risk detection and autonomous decision-making), and build more innovation platforms.
- Application Promotion: Promote equipment adoption at three levels: government, industry, and society. The government will use policies to support new products (e.g., purchasing the first batch of rescue robots for testing); the industry will customize equipment for specific scenarios like mining and firefighting; society will be encouraged to purchase emergency products.
- Enterprise Strengthening: Foster large companies and specialized, innovative enterprises to drive innovation.
- Ecosystem Optimization: Develop industrial clusters (e.g., focusing on emergency equipment production in certain regions), deepen industry-university-research cooperation, and engage in international collaboration.
Industry Transformation: From Passive Rescue to Proactive Prevention
In the past, emergency equipment was mainly used for post-disaster rescue. Now, there is a shift towards proactive prevention:
- Reasons: The frequency of extreme disasters (such as floods and earthquakes) is increasing, and new technologies (AI, big data) can help identify risks earlier.
- Technological Trends: Equipment needs to become more intelligent (e.g., search and rescue robots that can locate trapped people on their own, and emergency drones that can fly for extended periods and carry heavy loads). The approach also shifts from selling hardware alone to offering integrated solutions (e.g., providing risk warning software alongside equipment).
- Investment Focus: Intelligent search and rescue robots, large-scale emergency drones, and high-performance protective gear are areas of significant investment interest for both companies and investors.
Market Potential: Home and Fire Protection Areas with the Greatest Potential
The industry believes two sectors have the most promising prospects:
- Home Emergency Products: With an adoption rate of less than 5%, the market could grow significantly if every household purchased first aid kits, disinfectants, escape ropes, fire extinguishers, and emergency lights.
- Urban and Rural Fire Protection: There is a need for more intelligent firefighting equipment in cities (e.g., smoke detectors with automatic alarms) and rural areas (e.g., remotely controlled fire systems).
The potential in these areas can not only drive industry growth but also enhance public safety.
Conclusion
This plan is not just about setting goals for the industry; it is also aimed at supporting the construction of a safe China. The quality of emergency equipment directly affects our ability to respond quickly and reduce losses during disasters. Over the next five years, the industry will evolve from being small and fragmented to becoming large and strong. The integration of new technologies will make emergency equipment more intelligent and practical, making it easier for ordinary households to access useful products.