1. Emerging technological advantages: With the development of the industry, explosion-proof electrical products with high technological content and high added value will gradually shake off the influence of low-price competition. The price will generally rise steadily, and enterprises with independent R & D capabilities will be more competitive in the market.

   
   

2. Intelligence and digitization: Explosion-proof electrical equipment will increasingly integrate intelligent technologies, such as having remote control, telemetry, remote operation, and communication functions. Through real-time collection and analysis of process data, monitoring of equipment and materials, and optimization of production scheduling, more precise control and management are achieved to meet the digital and intelligent transformation needs of users.

3. Product performance improvement: Further improve and enhance the technical content of current products, strengthen research and development in the structural aspect, to make the product performance more safe, reliable, aesthetically pleasing, and practical. For example, conduct in-depth research on flameproof surfaces, adopt new technologies to improve the electrical performance of products, and strengthen the construction of systematic engineering.

4. Core component technology breakthroughs: Make efforts to reduce reliance on foreign technologies and improve the production level of core components, such as achieving the improvement of the EMC performance of frequency converters and harmonic control of underground power grids, to enhance the overall performance of products.

5. High efficiency and energy saving: Focus on reducing reactive power losses. For example, adopt terminal compensation technology in explosion-proof electrical appliances to adapt to the energy-saving requirements of various power consumption fields and obtain greater economic and social benefits.

6. Motor heat protection: Conduct in-depth research on technologies for fundamentally protecting the heat of electric motors. Because the heat problem of explosion-proof motors is more serious, solving this problem is crucial for the safe operation of explosion-proof electrical appliances.

7. Fuse monitoring: Install monitoring devices for the working state of fuses to detect their fusing conditions at any time, avoid phase-loss faults caused by the discrete characteristics of fuses, and improve the reliability of equipment.

8. Expansion into multiple fields: Spur the demand for explosion-proof electrical appliances in more emerging markets and industries, such as liquor, new energy, light industry, national defense and military industry, ship and marine engineering, etc., prompting explosion-proof electrical appliance enterprises to develop products that adapt to the needs of different fields.