针对直流设备检修过程中的安全及效率问题,提出了一种基于光通信技术的直流设备检修二次隔离方法(Optical Communication based Secondary Isolation Method for Direct Current Equipment Maintenance,OCSIM).该方法利用光纤传感技术实时监测设备状态,并通过光通信网络实现数据的高速传输;结合光电转换技术实现异常情况下的智能隔离控制.实验结果表明,OCSIM能准确监测温度等关键参数,数据传输时延满足实时性要求,隔离控制达到预期精度.
Secondary Isolation Method for Direct Current Equipment Maintenance Based on Optical Communication Technology
The article proposes an Optical Communication based Secondary Isolation Method for Direct Current Equipment Maintenance(OCSIM)based on optical communication technology to address safety and efficiency issues in the maintenance process of direct current equipment.The method utilizes fiber optic sensing technology for real-time monitoring of equipment status and employs an optical communication network for high-speed data transmission.By integrating optoelectronic conversion technology,the method achieves intelligent isolation control in abnormal situations.Experimental results demonstrate that OCSIM accurately monitors key parameters such as temperature,meets real-time requirements for data transmission latency,and achieves the expected precision in isolation control.
optical communication technologyfiber optic sensingsecondary isolationintelligent control
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