Research On Interaction Strategy Of Energy Microgrid

Since the 21 st century,energy efficiency,energy saving and environm ental protection and other aspects of the problem has becom e increasingly prominent,energy-saving emission reduction has become a common concern around th e world a m ajor project.Energy Internet,through the new century,Internet technology and power and ener gy-related technologies,is an effective means to solve today's energy problems.Energy microgrid is an im portant part of th e energy Internet.Under the influence of the existence of energy microgrids,the proces s of energy trading becom es more and m ore diversified.Multi-access multiple output of such a state led to the traditional centralized grid interaction strategy is no longer applicable.Energy is similar to our daily life items,can comply with certain rules in the case of any sale and trading.This kind of trading and trading process and the Internet network topology to convey inform ation like the pattern.And such trading and trading of ener gy must be carri ed out under certain rules,that is,the need for m an-made scheduling and management,which is ener gy micro-network energy interaction strategy.This paper analyzes and constructs a new ener gy microgrid energy interactive communication system from the three perspectives of ener gy supply service,energy transmission service and ener gy supply reliability service,including: ener gy router layout planning,ener gy supply transmission route forwarding strategy and connection-oriented energy optimization and reliability Scheduling model and other major content.At the same time,based on the theoretical research,through the Spark technology to build experim ents,simulation platform,the theoretical research results of experimental verification and perform ance analysis,and the use of experim ental analysis of feedback feedback related theo retical research.The main contents of this paper include the following three points:First,in the energy supply infrastructure services,the energy router layout planning.Based on the energy interaction model of energy microgrid based on electric vehicle,the AP(Affinity Propagation)algorithm is improved,and the optim ization algorithm of energy router weighted bias parameter is proposed.Then,in the fram ework of large data Spark technology,the energy router layout planning algorithm is designed.Then,in the energy transmission services,the study of energy supply transmission routing forwarding strategy.Based on the research of the first research point,this paper puts forward the research on the energy forwarding routing in the en ergy transmission service layer.Firstly,a minimum energy loss routing algorithm based on hypergraph is proposed,which can ef fectively reduce the energy transfer planning time and reduce the energy at the same time when the energy transmission path with the lea st energy loss can be obtained.At the sam e time,Energy loss during transport.Finally,in the case of ener gy supply reliability services,a re liable and reliable scheduling model for energy optimization is p roposed.Firstly,a reliability scheduling model is designed,and the process of establishing and terminating the interaction process of energy microgrid is introduced in detail.The reliability of transmission is realized by "positive acknowledgment with retransmission",and the connectio n is established by three times.Handshake to interrupt the connection to ensure that the energy micro-network interactive model of the effective link in the transmission process,from the fundam ental to reduce ener gy consumption and improve the energy transmission reliability.