Design And Implementation Of Data Acquisition And3D Rendering Of The Energy Management System

With the continuous development of the Internet industry and the maturity of big data and distributed technology, the number of large-scale integrated data centers is increasing. Energy consumption control and efficient management issues follow the continuous expansion of data center scale. Data acquisition of associated equipments in the data center, reliable statistics of energy and application of visualization tools are becoming important projects in digital construction. Based on the above issues, this paper describes the design and implementation of data acquisition, data visualization and3D virtualization of data center.Firstly, this paper introduces the popular or emerging skills used in this system It introduces the theory and design of energy data collection procedures and compares WebGL in HTML5protocol with traditional Web3D display technology. What’s more, this paper compares the different methods to implement pushing server-side data and introduces the chart tools used in the paper.Secondly, the paper analyzes and summarizes the actual business need of data center energy management systems, implements the functionality of data acquisition and data display in energy management system, and it improves real-time chart showing of the energy consumption data, enhances transmission rate of valid data and reduces network bandwidth by using server push technology.3D visualization of data center structure using WebGL is convenient for managers to monitor and control. Besides, it enhances operability and operability.Finally, some functional and performance tests are run on this system.What’s more, the system is used in real network environment to test running state and effort. The test result shows that all the functionality works well and the system fulfills the statistics and display of energy data in addition to the functional and performance requirements of3D virtualization data center.