基于云平台的综合能源信息服务框架设计

Design of Integrated Energy Information Service Framework Based on Cloud Platform

目前设计综合能源信息服务框架难以综合分析能源能量流动平衡问题,导致服务框架运行过程中能耗和运行成本过高,需求响应和运维状态难以满足运行要求。为了解决上述问题,基于云平台设计一种新的综合能源信息服务框架。在系统架构中设置一个上层代理和多个下层代理,同时运行下层代理中的中心代理、数据求解代理、综合能源区域控制代理和综合能源多区域管理代理实现协同优化。通过协议模块、采集模块、储存模块、服务模块和展示模块组成技术架构,利用边缘层和感应层组成云平台架构。计算电力能量、天然气能量、热力能量、其他综合能量的流动平衡,根据能量平衡计算结果实现服务数据控制。实验结果表明,基于云平台的综合能源信息服务框架能够很好地降低运行能耗,节约运行成本,对用户终端的需求响应低于0.01s,运维状态能够很好地满足运行要求。

At present,it is difficult to comprehensively analyze the balance of energy flow when designing a comprehensive energy information service framework,which leads to high energy consumption and operation cost during the operation of the service framework,and the demand response and operation and maintenance status cannot meet the operation requirements.In order to solve the above problems,a new integrated energy information service framework is designed based on the cloud plaform.In the system architecture,one upper level agent and multiple lower level agents are set,and the center agent,data solution agent,integrated energy area control agent and integrated energy multi area management agent in the lower level agent are run simultaneously to achieve collaborative optimization.The technical architecture is composed of protocol module,acquisition module,storage module,service module and display module,and the cloud platform architecture is composed of edge layer and sensing layer.Calculate the flow balance of electric energy,natural gas energy,thermal energy and other comprehensive en-ergy,and realize service data control according to the calculation results of energy balance.The experimental results show that the integrated energy information service framework based on cloud plaform can well reduce the operation energy consumption,save the operation cost,re-spond to the demand of user terminals less than 0.01s,and the operation and maintenance status can well meet the operation requirements.