现代可再生SSG SPC并网有功限电器

M. Abdollahi, J. I. Candela, J. Rocabert, R. Aguilar, P. Rodríguez
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引用次数: 4

摘要

基于同步功率控制器(RSSG-SPC)的可再生静态同步发电机组的管理,不仅在不使用锁相环的情况下实现电网同步,使输出有功功率具有适当的动态性,而且为克服可再生静态同步发电机组的技术限制提供了简单的解决方案。注入电网的有功功率电平的控制是有功功率限制器(APL)可以克服的关键约束之一。本文提出了一种基于经典功率方程的现代RSSG-SPCs的APL设计方法。初步的Simulink分析和实时测试结果证实,APL可以控制和限制几种并网情况下输出有功功率的最大和最小水平。
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Active power limiter for grid connection of modern renewable SSG SPC
Management of Renewable Static Synchronous Generation units based on Synchronous Power Controller (RSSG-SPC), not only provides grid synchronization without using PLL and gives proper dynamic to output active power, moreover yields simple solution to overcome technical constraints on these units. Control of active power level injected to the grid is one of these key constraints which can overcome by an Active Power Limiter (APL). In this work, an APL designed based on the classic power equation is proposed for this kind of modern RSSG-SPCs. Primary Simulink analysis and real time test results confirm that suggested APL can control and limit both maximum and minimum level of output active power for several grid connection cases.
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