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海上直流风电场中模块化隔离型DC/DC变换器的加速模型

An Accelerated Model of Modular Isolated DC/DC Converter Used in Offshore DC Wind Farm

语言:

中文摘要

模块化隔离型DC/DC变换器(MIDC)是海上直流风电场的核心设备。然而,其精确模型仿真耗时过长,限制了相关拓扑的研究。本文提出了一种加速模型,可显著缩短MIDC的仿真时间,为海上风电系统的高效设计与分析提供了有力工具。

English Abstract

Modular isolated dc/dc converter (MIDC) is the most important equipment in the offshore dc wind farm. However, the simulation of the accurate MIDC model consumes too much time, which makes it difficult to carry out further studies about this topology. In this paper, an accelerated model that can dramatically decrease the consuming time of the MIDC simulation is proposed. Through an in-depth analys...
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SunView 深度解读

该研究针对海上直流风电场中的关键功率变换环节,通过模型加速技术解决了复杂拓扑仿真效率低下的痛点。对于阳光电源而言,该技术可直接应用于风电变流器及海上风电直流并网系统的研发阶段,显著缩短产品开发周期,提升系统级仿真精度。建议研发团队关注该加速模型在多模块并联控制策略验证中的应用,以优化海上风电变流器在复杂工况下的动态响应性能,进一步巩固阳光电源在大型海上风电及直流输电领域的技术竞争力。