Design And Implementation Of Information Monitoring Platform For Integrated Energy Based On Cloud Service

With the continuous improvement of people’s living standards,the demand for energy diversification is also increasing.Future energy development will shift from a single energy system to an integrated energy system.The integrated energy system has promoted the energy production and consumption revolution and built a clean,low-carbon,safe and efficient energy system.In the new round of global technological revolution and industrial transformation,the deep integration of Internet concepts,advanced information technology and energy industry has promoted the development of new technologies.The rise of new models and new forms of the energy industry.Therefore,in order to improve the energy informatization level of Yunhu Park and the opaque energy management,I participated in the design of an integrated energy information monitoring platform as a member of the comprehensive energy department of the internship company to realize real-time energy monitoring in Yunhu Park.,equipment energy analysis,departmental energy analysis and other multi-dimensional indicators analysis,energy analysis and combined with actual equipment operating conditions and economic and environmental goals for energy optimization scheduling.This paper starts from the actual problems in the Yunhu Park.After fully understanding the user’s needs,it adopts the B/S architecture,combined with Spring,SpringMvc,and Mybatis development framework design and development platform.The platform data processing process also uses information collection technology,Spark,Nginx,Hive tools,etc.,after the platform design is completed,the user is provided in the Saas cloud service mode.In the process of constructing the integrated energy information monitoring platform,the author participated in the requirements analysis,architecture design,database design,etc.of the platform.In the detailed design and implementation part,the energy monitoring,energy consumption analysis and energy scheduling in the integrated energy information monitoring platform were completed independently,energy efficiency management module function.In the energy dispatching module,the particle swarm optimization(PSO)optimization algorithm is combined with the constraint conditions for the scheduling model with environmental and economic goals.The hierarchical logic structure is adopted in the overall architecture design of the platform.The platform is divided into data source,acquisition layer,data resource layer,application layer,display layer and user layer.The idea of "global management,distributed autonomy" is adopted to realize the cloud.The comprehensive awareness of energy information in the lake park has improved the stability and efficiency of the platform.Under the premise that the park operation meets the electric load and the cold/heat load,the energy usage and equipment of the platform can be optimally scheduled based on certain optimization criteria.Finally,the author constructed a comprehensive evaluation index based on economic,technical and environmental benefits to comprehensively evaluate the comprehensive energy information monitoring platform.Through this platform,the main functions of energy monitoring,energy consumption analysis,energy dispatching and energy efficiency management have been completed.At present,this platform has been put into use,which improves the safety and efficiency of energy management in Yunhu Park.