Jiton Power Environment Monitoring System is a computer network system that comprehensively utilizes computer network technology, database technology, communication technology, automatic control technology, new-type sensing technology, and other related technologies. It provides an automated, intelligent, and highly efficient technical means based on computer technology and built on a centralized monitoring and management model. Its monitoring targets include power equipment within computer rooms and the computer room environment itself. The construction of this monitoring system contributes to the full utilization of human resources, strengthens the development of maintenance support capabilities, ensures stable operation of equipment and safety of computer rooms, improves labor productivity and network maintenance standards, enables the transition of computer rooms from staffed to unstaffed or minimally staffed operation, and plays a positive role in promoting the modernization of computer room maintenance.

The DCIM Infrastructure Management System constructs a comprehensive "information and resources" monitoring and management system through a unified operation platform and a unified communication platform. By integrating a rich array of management functions—including infrastructure monitoring, asset management, capacity management, energy efficiency management, operation and maintenance (O&M) management, and 3D visualization—it assists data center managers in fully comprehending the overall operational status of the infrastructure, while enhancing data center resource utilization and management efficiency.

The 3D Digital Twin Visual Management Platform can integrate various professional monitoring systems across different monitoring scenarios into a virtual simulation environment, establishing unified monitoring to address the issue of isolated monitoring data silos. By displaying data and enabling interaction through 3D scenes, it makes complex information easier to visualize, understand, and communicate. It conducts horizontal integration, vertical exploration, and comprehensive analysis of various subsystems and their functions, enabling interconnection and interoperability of data between subsystems. This achieves transparent, three-dimensional, and visual functional applications in management, significantly enhancing information exchange efficiency and management standards while maximizing the value of monitoring.

The Energy Management System treats energy resources (including water, electricity, gas, etc.) as enterprise-level resources. It adopts automated collection methods to summarize, analyze, and organize the collected data. By integrating data such as production plans, it centrally allocates, manages, and evaluates energy resources. Through functions such as real-time monitoring, statistical analysis, and predictive analysis of energy consumption systems and environmental data, it ultimately achieves integrated operation and centralized management of the energy system, enabling effective energy monitoring and management as well as balanced energy scheduling. This system also realizes unified collection, unified management and utilization, one-stop management, and authorized decentralized use of enterprise energy data; enables process cost accounting for energy; and establishes an objective, data-driven evaluation system for energy consumption.

The Smart Toilet Integrated Monitoring System, guided by the "Internet + Toilet" concept, utilizes toilet big data to match toilet usage demands across different scenarios. By introducing "caring toilets," it breaks the long-standing dilemma of "difficulty in finding a toilet, inability to use it, or discomfort when sitting." This system addresses key issues in traditional toilet services, including odor control, water and energy conservation, and human-centered services, while achieving refined management of toilets. It ultimately provides users with high-quality, premium, and comfortable service experiences.