Design of a Universal Marine Energy Remote Monitoring System

Abstract

With the concept of "everything can be interconnected", the Internet of Things technology has entered all areas of people's life and work. Monitoring of marine energy generation has always been a more difficult problem for people. Compared with the traditional monitoring methods, The particularity of the equipment working environment, this paper proposes a universal ocean energy monitoring system that uses NBIOT technology with LWM2M protocol to connect to the open IoT platform ONENET, and transmits the power and flow rate data collected at the front end to the ONENET cloud platform. An application interface corresponding to the data flow is established on the ONENET cloud platform. The PC and mobile phone are used to monitor the ocean energy power generation data through the platform application interface, and the platform issues an alarm signal when the data is abnormal. All the collected power data and alarm signals can be historically queried on the ONENET platform, and all data can be exported through the platform for staff to study.