大型公用事业规模可再生能源发电厂整合到南非输配电网络的电网规范符合性指导原则

S. Sewchurran, I. Davidson
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引用次数: 9

摘要

交货时间短的可再生能源发电技术已成为协助南非解决其能源危机的一种有吸引力的替代方案,因此导致政府呼吁独立电力生产商进入市场。随后,2010年综合资源计划设定了可再生能源在该国新增发电能力中占17 800兆瓦(相当于42%)的目标。南非可再生能源电网法规随后于2010年发布,以协助将这些工厂安全和技术地整合到南非电网中。电力公司现在面临的任务是理解这些规范,并对这些可再生能源发电厂进行测试,以证明它们符合电网规范。本文通过讨论南非可再生能源电网代码版本2.8的要求,以及检查电网代码合规性的测试方法来协助。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Guiding principles for grid code compliance of large utility scale renewable power plant intergration onto south africa's transmission/distribution networks
Renewable energy generation technologies with its short lead times have become an attractive alternative to assist South Africa to solve its energy crisis and hence led to the Government calling upon Independent Power Producer to enter the market. Subsequently, the Integrated Resource Plan 2010 set a target of 17 800 MW (equivalent to 42%) of new electricity generation capacity in the country to be derived from renewable energy sources. The South African Renewable Energy Grid Code was then published in 2010 to assist with safe and technical integration of these plants into the South African grid. Electricity utilities are now faced with the task to understand the code and carry out testing of these renewable power plants in order to certify them grid code compliant. This paper assists by discussing the requirements of the South African Renewable Energy Grid Code Version 2.8 with testing methods to check grid code compliance.
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