碳中和背景下特高压直流输电容量提升研究

Changyu Deng, Nan Wei, Z. An, Siwei Liu, Qingru Qi, Dongmiao Wang
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引用次数: 0

摘要

在“碳中和、碳调峰”的背景下,发电企业大力发展清洁能源,部分特高压直流配套火电机组被新能源机组取代。考虑到在建火电厂全部投运,后续火电厂不能按计划投运的情况,结合目前特高压直流容量的限制因素,本文从控制暂态过电压水平和保证直流电力的收集两个方面提出了提高特高压直流输电容量的方案。研究表明,建议在换流站加装凝汽器的方案,可以提高直流输电能力,使其满负荷运行,且对该省的供需情况和发送端电网结构没有影响。建议采用“新能源+储能+分布式冷凝器”来满足直流电源的需求。该研究为大型新能源机组接入特高压直流系统提供了重要参考。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research on UHVDC Transmission Capacity Improvement under the Background of Carbon Neutral
Under the background of “carbon neutralization, carbon peak”, power generation enterprises vigorously develop clean energy, and some UHVDC supporting thermal power units are replaced by new energy units. Considering that all thermal power plants under construction are put into operation, and the subsequent thermal power plants can not be put into operation as planned, combined with the current limited factors of UHVDC capacity, this paper proposes a scheme from two aspects of controlling the transient overvoltage level and ensuring the collection of DC power, so as to improve the UHVDC transmission capacity. The research shows that the scheme of installing a condenser in the converter station is recommended, which can improve the DC transmission capacity to full power operation, and has no impact on the supply and demand situation in the province and the grid structure at the sending end. “New energy + energy storage + distributed condenser” is recommended to meet the demand of DC power. This study provides an important reference for large-scale new energy units connected to UHVDC System.
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