Key technologies 

• Internet of Things technology: By deploying devices such as sensors, RFID tags, and intelligent terminals, real-time monitoring and management of personnel, 

equipment, and environment within the park can be achieved, providing support for intelligent decision-making. 

Cloud computing technology: Provides powerful data processing and storage capabilities for smart industrial parks. Through functions such as elastic computing, 

data storage, and big data analysis, it enables centralized management and analysis of data, reducing local 

hardware

 investment and maintenance costs. 

• Big data technology: By collecting, storing, processing and analyzing massive amounts of data, it enables us to gain insights into the operation status of the

 park, 

optimize resource allocation, and enhance operational efficiency. 

• Artificial Intelligence Technology: Utilizing technologies such as machine learning and deep learning, it enables intelligent decision-making and automated 

control, thereby enhancing production efficiency, reducing costs, and improving product quality. 

Renovation scope 

• Production equipment: Upgrade and renovate the production equipment within the park to enhance the automation and intelligence level of the equipment, 

such as introducing advanced production technologies and intelligent control systems. 

• Production process: Optimize the production process, implement automated and digital management of the production procedure, and enhance production

 efficiency and product quality. 

• Logistics System: Enhance the efficiency of the park's logistics system, achieve logistics automation and informatization, such as by adopting automated 

warehouses and intelligent dispatching systems. 

• Energy Management: Strengthen energy management in the park to optimize and reduce energy consumption, such as through smart grids and energy 

monitoring systems. 

• Security Monitoring: Establish a security monitoring system for the park to enhance the security protection capabilities of the park. For example, utilize image

 recognition technology from artificial intelligence for security monitoring. 

• Informationization Construction: Strengthen the informationization construction of the park, enhance the management level and decision-making ability of

 the park, and achieve information interconnection in production, management, and service processes. 

Implementation steps 

• Planning Phase: Conduct research and planning for the intelligent transformation of the park, clearly defining the goals, contents and steps of the transformation. 

• Design Phase: Based on the planning requirements, the renovation plan design is carried out, including equipment selection, process flow optimization, and 

logistics system layout, etc. 

• Implementation phase: According to the design plan, organize the construction and ensure the smooth progress of the renovation work. 

• Acceptance and Optimization Phase: After the renovation is completed, conduct an acceptance check, evaluate the renovation results, and make optimizatio

 adjustments to address any existing issues. 

Success Case

• Shanxi Baio Intelligent Glass Co., Ltd.: After relocating and upgrading in 2024, it introduced advanced international equipment, established a full-process 

intelligent production line, optimized the raw material scheduling through an automated warehousing system, 

and achieved a significant increase in production capacity. It has become the leading intelligent enterprise in the glass processing industry in Shanxi region. 

• Wuhan Haier Industrial Park: Since 2020, the factory has undergone intelligent transformation. The results are now very obvious. Compared to five years ago, 

the enterprise has achieved cost reduction, efficiency improvement and quality enhancement. The production lines for air conditioners,

 refrigerators and water heaters have significantly increased their efficiency. 

• WanHua Chemical Fujian Industrial Park: The finished product packaging area, as a key project for automatic intelligence implementation, uses the finished 

product workshop management system for unified scheduling, achieving a zero-personnel, zero-paperwork,

 and zero-operation state throughout the entire production chain from empty barrels, filling, to finished product delivery.