随着世界能源的逐渐消耗,深海油气田的开采已经越来越成为重要研究课题。 目前,我国深海水下生产技术已经开始发展和应用,水下供电系统却始终是制约我国水下生产技术开拓创新的重要因素。 开展远距离变频驱动实验平台分析仿真和搭建就显得尤为重要。 本文依托实验平台进行系统谐振分析、电机启动试验等研究,验证了远距离变频驱动实验平台的试验能力,表明系统可以有效模拟实际工程运行状态,能够对水下供电系统的研究提供进一步的技术支撑。

With the gradual consumption of energy in the world, the exploitation of deep-sea oil and gas fields has gained significant importance as a research topic. At present, the deep-sea underwater production technology has started to develop and put to practice, and the underwater power supply has always been an important factor that restricts the innovation of Chinese underwater production technology. It is very important to carry out the long-distance conversion drive experimental platform analysis simulation and construction. This paper leverages the experimental platform to carry out system resonance analysis, motor start-up and other research, and verifies the test ability of the long-distance frequency conversion drive experimental platform. It shows that the system can effectively simulate the operation state of the actual engineering, and provide further technical support for the research of underwater power supply system.