综合能源服务站用电管控云平台设计与实现

Design and Implementation of Power Management and Control Platform for Integrated Energy Service Station

【目的】综合能源服务站是集加油、加氢、充换电、光伏发电、非油品等业务为一体的“碳中和”智能化综合加能站,其使用电管控平台系统将在未来发挥着越来越重要的作用。本研究主要探讨该系统的一种设计与实现方式。【方法】通过综合运用物联网、数据传输、数据存储等信息技术,可实现综合能源服务站用电管控云平台的数据采集、存储、呈现等功能。【结果】该系统采用分层分级的设计思路,且各层级是由相对独立的组件实体构成,各个部署实体可根据实际需要,实现快速横向扩展,从而减轻该实体的访问压力,以便达到整体性能的可扩展,且能以较低成本来满足初期运行需求。【结论】该设计具有可扩展性高、可靠性高等特点,在高效满足现有需求的同时,为未来功能和性能的扩展留下充分的空间。

[Purposes]The integrated energy service station is a"carbon neutral"intelligent integrated energy station integrating refueling,hydrogenation,charging and changing electricity,photovoltaic power generation and non oil business.Its power consumption control related platform system will play a more and more important role in the future.This study mainly discusses a design and implementation of the system.[Methods]Through the comprehensive use of information technologies such as Internet of things,data transmission and data storage,the functional demands of the electric tube cloud control platform for integrated energy service station on data acquisition,storage and presentation are realized.[Findings]The system adopts a hierarchical design idea,and each level is composed of relatively independent component entities.Each deployment entity can rapidly expand horizontally according to actual needs,so as to meet the access pressure requirements of the entity,so as to achieve the purpose of scalable overall performance and meet the initial operation needs at a low cost.[Conclusions]The design has the characteristics of high scalability and high reliability.While meeting the existing needs efficiently and economically,it leaves sufficient space for the expansion of function and performance in the future.