基于云计算的新能源工程项目开发微服务数字平台
A Micro Service Digital Platform for Developing New Energy Engineering Projects Based on Cloud Computing
牛国智 1叶正飞 1周素玉 2苗维阳 1周永红3
作者信息
- 1. 国家电投五凌电力有限公司,湖南 长沙 410004
- 2. 湖南五凌电力科技有限公司,湖南 长沙 410004
- 3. 国家电投五凌电力有限公司新能源分公司,湖南 长沙 410004
- 折叠
摘要
常规的工程项目开发微服务数字平台多数采用Docker技术设计而成,部署平台网络的运行时效性与安全性较差,在并发访问用户数较多的情况下,无法快速响应用户的需求.文章基于云计算技术,对新能源工程项目开发微服务数字平台展开研究.首先,搭建平台运行的硬件环境.其次,利用云计算对数字平台网络架构进行部署设计.从身份认证与授权两个方面,设计平台权限服务,实现对用户访问系统的控制.在此基础上,对数字平台的工程项目开发微服务进行设计.根据测试结果可知,本文中设计的数字平台应用后,在平台并发访问用户数逐渐增加的情况下,访问平均响应时间均在3秒以内,响应速度优势显著.
Abstract
Most conventional engineering project development microservice digital platforms are designed using Docker technology,and the deployment platform network has poor operational efficiency and security.In the case of a large number of concurrent access users,it cannot quickly respond to user needs.The article is based on cloud computing technology and conducts research on the development of microservice digital platforms for new energy engineering projects.Firstly,establish a hardware environment for platform operation.Secondly,use cloud computing to deploy and design the network architecture of digital platforms.Design platform permission services from both identity authentication and authorization aspects to achieve control over user access to the system.On this basis,design microservices for the development of digital platform engineering projects.According to the test results,it can be seen that after the proposed digital platform application,as the number of concurrent users on the platform gradually increases,the average response time for access is within 3 seconds,and the response speed advantage is significant.
关键词
云计算/新能源/工程项目/微服务/数字/平台/开发Key words
cloud computing/new energy/engineering projects/micro services/numbers/platform/open引用本文复制引用
出版年
2024
NETL
NSTL
万方数据