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3.standardsystorstrong smartgrid 1.1总体框架；要构建一个强大的基于信息的、自动的和交互的功能，它具有支持双向通信和信息平台的主干。

强烈的和集市是两个基本的开发要求，一个是开发方法，另一个是系统方法。基于反射工程的自动交互式技术。反思聚合、精益和标准化管理。2016~2020

改进和完善阶段，以快速完成智能电网的结构，并在电源容量、安全模式、运行效率以及电源和用户或电网之间的交互方面进行重大改进。Gridbasicsystem，amaterialceriorefarstrong smart gresql，是实现"强"网格的重要基础；

技术支持系统包含高级技术通信、信息和控制。智能电网实现之前的技术保障；

智能应用系统对电网的安全、经济和高效运行提出了明确的要求，并为用户提供增值服务；

标准和规范系统管理信息库构建一个网格，包括技术和管理标准和规范，以及测试，证书和评估系统。基于强大的网格，由通信和信息平台支持，并通过智能控制新浪电力系统：发电，输电，输电，配电，消费和调度，覆盖所有电压等级，以便实现高度集成的功率流，信息流和业务流。1.8概述诊断结构；在智能电网建设中，电网运营商进行了大量的研究和工作实践，主要包括智能电网规划、试点项目、基础设施和专业研究。

程序是正则化的gprinciplesmartgridcconstruction .

pilotpprojectis是基础预应用程序推广。

基础设施建设超过标准建设以及建筑测试中心建设，确保质量

Majorspecialresearchesconcerningbothspecialtechnologyandmanagementmodeprovidetechnologicalsupportandtheoreticalbasisforsmartgridconstruction.;1.Developmentstrategyforastrongsmartgrid

2.Constructionplanningforastrongsmartgrid

3.Standardsystemforastrongsmartgrid

;Subreport;Complywithnationalenergystrategy

Meetthecompanysoveralldevelopment

strategy

Followoverallplanningandall-round

considerationaswellascoordinated

development

Adheretoahigh-degreeintegrationofgrid

intelligenceandrobustness

Adheretotechnologicalleadership

Adheretoeconomicrationality

Adheretoactingaccordingto

circumstances;Overalldevelopmentobject

Tobasicallycompleteastrongsmartgridrelyingonindependentinnovationofinternational

leadershipwithUHVgridasitsbackboneinacoordinatedevelopmentofgridsatalllevels,

featuringinformation,automationandinteractionin2020.;Tospeeduptheoptimizationofpowersupplystructureandadapttothelarge-scaledevelopmentofcleanenergythroughin-depthstudyandapplicationoftechnologiesincoordinationbetweengridandplant,windpowerandsolarpowernetworkingandhigh-capacitystorage.Tomeettheneedsofaccessto60millionkWofwindpowerand5millionkWsolarpowerby2015;tomeettheneedsofaccessto100millionkWwindpowerand18millionkWsolarpowerby2020.;Tohaveanintegratedapplicationofnewtechnologies,newmaterialsandnewtechniques,toachievedigitalinvestigation,modulardesign,statusoperation,standardinformationandnetworkingapplication,topromotefullimplementationoftransmissionlineconditionmaintenanceandlifecyclemanagement,toimprovelinetransmissioncapacityandflexibilityinvoltageandpowerflowcontrol,andmeettheinternationaladvancedlevelintechnologyandequipment.;Tocarryoutcomprehensivenetworkperformancedatacollectionandreal-timesupportfornetworkreal-timecontrol,intelligentregulationandvarioustypesofadvancedapplicationsthroughapplicationofintelligentsubstation-relatedtechnologies;toachieveacomprehensiveinteractionbetweentransformationequipmentinformationandoperationmaintenancestrategywithpowerschedulingaswellasenableadigitalinformation-basedstation,anetworkingcommunicationplatform,astandardinformationsharing,andinteractiveadvancedapplications.By2015,intelligentsubstationsof110(66)kVandaboveshallaccountforabout38%oftotalsubstations;by2020,intelligentsubstationsof110(66)kVandaboveshallaccountfor65%oftotalsubstations.;Toachievetwo-wayoperationandhigh-degreeintegrationofelectricityflow,informationflowandbusinessflowforelectricitydistributionnetworkandreachtheinternationaladvancedlevelindistributionnetworkreliability,operationefficiency,powerqualityandmajortechnicalequipment.Duringtheperiodof“theTwelfthFive-YearPlan”,distributionautomationsystemshallbeimplementedinfourmunicipalities,21provincialcapitalcities,fourseparatelylistedcities,andtwomajorcitiesofTangshanandSuzhou;duringtheperiodof“theThirteenthFive-YearPlan,intelligenttechnologysupportsystemshallbecomprehensivelyconstructedforpowerdistributionautomationandintegrationofdistributionnetworkregulationandcontrolinallprefecture-levelcitieswithinthebusinessdistrictsofthecompany.;Toconstructandimprovetwo-wayplatformforintelligentinteractiveserviceandrelatedtechnicalsupportplatform,wheretwo-wayinteractionwithelectricityflow,informationflowandbusinessflowofpowerconsumerscanbeachievedtoenhancethecompanystwo-wayinteractiveelectricityservicecapabilitiesinacomprehensiveway.;Toestablishanintegratedsupportsystemforgridschedulingtechnologyfeaturinginternationalleadinglevelandindependentinnovation,soastoensureasafeandstableoperationoflargeUHVpowergrid,adapttoalarge-scaleintegrationofsuchcleanenergyaswindpower,andguaranteethatthecompanysgridschedulingsystemmayreachtheinternationaladvancedlevelinstandardization,processandintelligence.;Tomakeafulluseofmoderncommunicationandinformationtechnologies,strengthendatacollection,transmission,storageanduseinthelinksofpowergeneration,transmission,transformation,distribution,utilizationandscheduling,andachievedigitaldataacquisition,processautomation,businessprocessinteraction,information-basedbusinessmanagementandscientificstrategicdecisionmaking.;1.Monitoringsystemforstatusofpowertransmissionandtransformationequipment;AlternativelyreducingCO2emissionsabout100milliontons;InAugust2009,inaccordancewiththeprincipleoffirstbreakthroughinimportantfieldsandpriorityforregionsthattheconditionsareright”,nineprojectswithgoodbasicconditions,highprojectfeasibility,andpilot(demonstration)effectwereselectedasthefirstbatchofpilotprojectsinsixlinksofthesmartgrid.Atpresent,constructionofthefirstbatchofpilotprojectsisbeingconductedinfullswingwithgoodprogress.;Considere