Design and development of a mobile LVRT testing device

Xiaojing Lin, Beibei Wu, Junjun Zhang, Chen-guang Niu
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Abstract

A new type LVRT test device, basing on power electronics technology, has been developed. Compared with traditional reactor VGS, this device overcomes many drawbacks, such as bulky size, difficult to control precision, and difficult to continuously testing. Considering the characteristics of distributed system accessing to the grid by photovoltaic power station, the designed testing platform has the capability of flexible and mobile performance. In this paper, working principle, hardware and software structures, and features have been introduced. Meanwhile, Testing verification and data analysis also have been conducted in laboratory. Based on those procedures, the device has been verified for having excellent effectiveness and practicality. Over that period, the device has been applied and tested on site in the Qinghai, which had got the ideal result as well as in laboratory.
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移动LVRT测试装置的设计与开发
研制了一种基于电力电子技术的新型LVRT测试装置。与传统的反应器VGS相比,该装置克服了体积庞大、精度难以控制、难以连续测试等缺点。考虑光伏电站并网分布式系统的特点,设计的测试平台具有灵活性和可移动性。本文介绍了该系统的工作原理、软硬件结构及特点。同时,在实验室进行了测试验证和数据分析。经实践证明,该装置具有良好的有效性和实用性。在此期间,该装置已在青海进行了现场应用和测试,取得了理想的效果。
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