Design And Development Of Remote Energy Monitoring Software Platform Based On Cloud Computing For Fused Magnesium Production Process

Fused magnesia is an excellent high-temperature electrical insulation material. And is widely used in metallurgy, chemical industry, aerospace and other industries. Liaoning Province is rich in magnesium resources, as well as a large number of fused magnesia production companies. Currently, the majority of fused magnesium furnace in Liaoning Province is the furnace of low yield and quality but consumes high-energy. So research in remote monitoring for fused magnesium smelting processes to help companies to improve energy management, while providing data to researchers to develop new technologies, is important for energy saving for fused magnesium industry. But directly use the existing energy monitoring software in fused magnesium industry have many drawbacks such as software don’t match the fused magnesium industry demands, software compatibility and openness bad and software for remote monitoring support is poor.In this paper, the following work is carried out for the existing shortage:(1) Analyzed domestic and international energy monitoring software features and fused magnesium factory energy management method. Studied the existing energy monitoring software’s deficiencies while used in fused magnesium industry. Then designed the remote energy monitoring software platform based on cloud computing technology for fused magnesium furnace. According to factory manager’s energy monitoring requirements and laboratory’s needs, detail analyzed the software platform needs and features. And according to the remotely monitor operation environment, analyzed security requirements for the system.(2) Based on the results of the demand analysis. First, divided data type of the software platform into two types:real-time data and historical data, designed real-time data transmission scheme using release - notification mode based on Zookeeper technology and historical data transmission scheme using RabbitMQ message queue technology. Thereby guarantee remote monitoring system’s real-time performance while handling network failures. Then designed the overall architecture, split the entire enterprise software platform into local monitoring and remote monitoring parts. And detail designed the data acquisition, remote data transmission, local monitoring and remote monitoring components. And in order to store large amounts of historical data in remote monitoring system, design the historical data storage scheme using distributed database HBase. Finally, according to the security needs of remote monitoring software, designed SSL mutual authentication plus username password authentication.(3) Using Visual Studio development platform, C # and JavaScript programming language, RabbitMQ message queue, and Zookeeper technology, realized the entire software platform according to designed technology roadmap and implementation plan.(4) Deployed the program to internal monitor server and Ali cloud. And verified its validity and security.