摘要
为开展微电网控制技术实验教学,设计了一种集开发和测试于一体的微电网仿真控制实验平台。该平台由NI PXI、cRIO和上位机构建而成。PXI部署微电网主电路及非重点关注单元的就地控制数字模型;本地cRIO部署重点关注单元的就地控制模型;远程cRIO作为微电网协调控制器;上位机则实现能量管理及人机交互功能,形成了一套多层次的微电网实时仿真及硬件在环控制系统。
In order to carry out the experimental teaching of micro-gridcontrol technology,an experimental platform for micro-grid virtual control is designed,which integrates the development and testing as a unity.This platform is composed of NI PXI,cRIO and host computer.The model of the micro-grid main circuit and the on-spot controlling numeral model of unimportant non-focusing units are deployed into PXI.Theon-spot control models of the important focusing units are deployed into the local cRIO,the remote cRIO device works as a coordinated controller and the functions of energy management and human-computer interaction are realized in the host computer,forming the loop control system with the multi-levels,real-time simulation and hardware of the micro-grid.
出处
《实验技术与管理》
CAS
北大核心
2016年第11期139-142,149,共5页
Experimental Technology and Management
基金
中央高校基本科研业务费专项资金项目(13MS76)
