摘要
利用太阳能聚光加热输油管道的新型减阻集热方式,实现了传统能源与新能源的有效对接。但是该方式涉及的相关机械设备不适宜进行现场操作,对实物教学造成了困难。本文研究利用虚拟仿真技术开发太阳能聚光加热输油管道的实验平台,再现了石油在管内流动的全过程,形象地模拟出系统在不同工况下所能达到的效果。同时为理论教学和实践训练提供了良好的平台,为培养创新型科技人才创造了条件。
The new resistance-reducing and heat-collecting method that uses concentrated solar energy to heat oil pipelines realizes an effective docking of traditional energy sources with new energy sources. However, the relevant mechanical equipment involved in this approach is not suitable for on-site operation, which poses difficulties for physical teaching. This research uses virtual simulation technology to develop an experimental platform for solar concentrating heating oil pipeline, reproducing the whole process of oil flowing in the pipe and simulating the effect that the system can achieve under different working conditions in a visual way. At the same time, it provides a good platform for theoretical teaching and practical training, and creates conditions for training innovative scientific and technological talents.
作者
陈海飞
刘艳艳
胡文钰
黄华龙
彭明国
周诗岽
Chen Haifei;Liu Yanyan;Hu WenYu;Huang Hualong;Peng Mingguo;Zhou Shidong(College of Petroleum Engineering and College of Energy,Changzhou University,Jiangsu,213100)
出处
《当代化工研究》
2023年第2期147-149,共3页
Modern Chemical Research
基金
2021常州大学研究生重点课题“思政视域下的研究生创新创业教育实践与探索”(项目编号:YJK2021012)
常州大学本科教研课题“创新实践+学术竞赛:本科生创新能力探索与实践”(项目编号:GJY2021064)。
关键词
太阳能
节能减排
虚拟仿真
solar energy
energy conservation and emission reduction
virtual simulation
