New industrialization refers to promoting the upgrading and transformation of the industrialization process on the basis of traditional industrialization by adopting advanced technology, informatization, intelligence and sustainable development concepts.

It emphasizes high efficiency, low energy consumption, low pollution, flexibility and sustainability, and is committed to achieving a balance between economic growth and environmental protection.

The core features of new industrialization include:

1. Application of advanced technology: the introduction of advanced production technology, automation and intelligent equipment to improve production efficiency and quality.

2. Informatization and digitalization: Make full use of information technology and digital means to realize digital management and monitoring of the production process.

3. Green and clean production: Focus on environmentally friendly production methods, reduce resource consumption and environmental pollution, and achieve sustainable development.

4. Flexible production and personalized customization: Meet personalized needs and market changes through flexible production models and supply chain management.

5. Improve the quality of human resources: Cultivate workers and management talents who are technically proficient, innovative and adaptable.

The goal of new industrialization is to achieve high-quality economic growth, optimization and upgrading of industrial structure, and sustainable development. Through technological innovation, industrial upgrading and green development, new industrialization has brought more opportunities and challenges to social and economic development.

New industrial applications

1. Intelligent manufacturing and digital factories: Use technologies such as the Internet of Things, artificial intelligence, and machine learning to realize the automation and intelligence of the production process, improve production efficiency and quality. Through digital technology, we can collect, analyze and manage production data, optimize the production process, and improve production efficiency and resource utilization.

2. 3D printing technology, green energy and clean production: Use additive manufacturing technology to directly transform digital models into physical products to achieve personalized customization and rapid production. Apply renewable energy, energy efficiency management and circular economy principles to reduce energy consumption and environmental pollution and promote green and clean production methods.

3. Virtual reality and augmented reality and logistics and supply chain management: Apply virtual reality and augmented reality technology to provide immersive training, design and simulation experiences to improve work efficiency and innovation capabilities. Apply the Internet of Things, big data analysis and intelligent algorithms to optimize logistics and supply chain management, improve logistics efficiency and reduce costs.