The construction project of Minhai Biotechnology's new vaccine internationalization industry base is located in Beijing Daxing Biomedical Industry Base, covering an area of 135 acres, with a total construction area of about 190000 square meters and an investment of 4 billion yuan. It is a key project in Beijing, including a research and development center and 16 GMP standard production workshops, capable of developing and mass producing 5 types of new vaccines.
Empowered by AI, Minhai Biotechnology Industrial Park has achieved innovation in its later operation and maintenance. In terms of device management, using sensors and algorithms to predict faults, transforming passive maintenance into active maintenance.. In environmental monitoring, we rely on image recognition and intelligent control to ensure strict environmental standards are met. In supply chain optimization, use big data to accurately inventory and plan logistics. When managing energy consumption, we use predictive models to save energy, reduce costs, and comprehensively improve quality and efficiency.
AI+Park Security Management
AI empowers the operation, maintenance, safety, and fire management of the park. With the help of intelligent cameras and sensors, it can monitor in real-time abnormal behavior of personnel, such as fighting and breaking into prohibited areas. It can also accurately detect fire hazards, such as missing fire-fighting facilities and overheating electrical circuits. By analyzing historical and real-time data through algorithms, potential risks can be alerted in advance to assist in the safe and efficient operation of the park.
AI+equipment maintenance and repair
Under the empowerment of AI, the maintenance and repair of equipment in the park is undergoing an intelligent transformation. With the help of sensors to collect real-time equipment operation data, AI algorithms can accurately analyze equipment status, predict potential faults in advance, and generate maintenance plans. When a malfunction occurs, AI assists in quickly locating the problem, matching repair plans, and monitoring the entire repair process to ensure stable operation of the equipment.
AI+Park Energy Management
AI is embedded in the post operation and maintenance energy management of the park, and various sensors are used to collect energy consumption data of water, electricity, gas, etc. in all directions. By utilizing machine learning algorithms for deep analysis, we can gain precise insights into energy consumption patterns, such as accurately locating high energy consumption periods and devices. Based on this, intelligent control devices such as intelligent start stop lighting and air conditioning systems can be used. It can also predict energy consumption trends, assist in formulating energy-saving strategies, and help the park achieve high efficiency and energy conservation.
AI+Park Environmental Management
AI+park environment management, real-time monitoring of air quality, water quality, noise and other indicators through sensors and cameras. If unmanned patrol vehicles measure atmospheric pollutants, they will issue an immediate warning once they exceed the standard. According to AI algorithms, environmental sanitation can be scheduled, cleaning paths can be planned, cleaning robots can be deployed, pollution can be controlled by intelligent systems, and the park environment can be improved comprehensively.
BRSE has introduced AI models in the later operation and maintenance of Minhai Biotechnology Industrial Park to accurately monitor equipment operation, predict faults in advance, reduce sudden shutdowns, and lower maintenance costs; Optimize material inventory through big data analysis to avoid backlog or shortage; Utilize AI customer service to quickly respond to inquiries, enhance service experience, and comprehensively improve operational efficiency and quality.
