Research On Integrated Energy Service Model Based On Internet+

Energy is the most important material basis of each country.In the Internet era,how to cleanly and efficiently use the energy is an important development direction of many countries and the core of the current smart city development.In recent years,the energy Internet has developed rapidly.Integrated energy services is one of the most promising businesses amount a series of energy transformation policies introduced by the country in recent years.Smart cities transform the focus from traditional energy sources in the city into energy customers by building a comprehensive energy ecology based on electricity,building a medium-sized enterprise,and increasing the wisdom of the Internet.On the basis of traditional energy sources,this paper integrated clean energy and renewable energy,through cooling and heating,distributed energy,etc.To achieve the goal of efficiency using of the energy,reducing energy comprehensive costs,increasing the trend of convergence between the links based on big data,cloud computing,etc.Therefore,in the Internet+era,it is necessary to analyze the comprehensive energy service model and optimize the four-in-one.This paper is mainly based on the smart city integrated energy service business and its four-in-one system theory model.Firstly,this paper introduces the basic description of integrated energy service,the integrated energy service model and the four-in-one communication technology according to the system principle,and analyzes the main business four-in-one system,and optimizes it according to the traditional module.With three modules are updated:wireless module,dual-mode module and communication interface module.Secondly,the integrated energy service is analyzed according to the power flow algorithm,and the algorithm is used to model it.The service model is mainly divided into power,water,heat,natural gas and integrated.Finally,we described the general model which mainly divided into acquisition model,communication model,security model and application model.Different types of sub-models have their corresponding roles and meaning.On the basis of the above,according to the specific examples of the project,we designed an integrated energy service information collection system.This system includes collection,management,control,recovery of energy data,and also the system interface.The system will monitor,systematically analyze,evaluate the users with abnormal energy usage,and also optimize result.The current energy usage of each user can be viewed in the system.Technical data can be provided to relevant departments as theoretical support and technology.By the evaluation of the collected information data through calculation and analysis,this paper shows that the integrated energy four-in-one model and optimization module designed in this paper can achieve better acquisition success rate and good economic benefits.It is significance for traditional energy reuse,efficient using of clean energy and scheduling control between energies.