摘要
目的:研究调峰调频发电企业基于可视化配置开发平台的移动应用的持续开发方案。方法:革新系统将移动端的3个独立APP整合为1个APP,所以有效解决了APP后台进程意外终止的问题。结果:因为减少APP底层模块的固态存储空间占用量和缓存占用量,系统的空间需求、点击响应时间、误码率和查询错误率得到优化。结论:基于调峰调频电厂调度系统的移动端应用实际效能得到有效提升,且可以达到较高的系统可靠性。
Objective:For peak shaving and frequency modulation power generation enterprises.the continuous development scheme of mobile application is studied based on visual configuration development platform Methods:The innovation system integrates three independent apps of mobile terminal into one app,which effectively solves the problem of unexpected termination of APP background process.Results:Because of reducing the solid-state storage space and cache consumption of the app underlying module,the system space requirements,click response time,bit error rate and query error rate are optimized.Conclusion:The actual efficiency of the mobile terminal application based on peak load regulation and frequency modulation power plant dispatching system is effectively improved,and the system reliability can be achieved.
作者
于国际
钟建栩
余少锋
马一宁
廖崇阳
Yu Guoji;Zhong Jianxu;Yu Shaofeng;Ma Yining;Liao Chongyang(China Southern power grid peak load regulation and frequency modulation power generation Co.,Ltd.,Guangzhou 511400,Guangdong Province)
出处
《现代科学仪器》
2021年第4期224-227,共4页
Modern Scientific Instruments
关键词
调峰调频电厂
移动可视化软件
开发策略
响应能力
误码率
peak shaving and frequency modulation power plant
mobile visualization software
development strategy
response capability
bit error rate
