通过智能电网技术提高新西兰电力系统的输电能力

Gerard Dernier
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引用次数: 0

摘要

水力发电目前占新西兰总发电量的53%。这一代电力的大部分位于南岛,并通过高压直流输电线路出口到北岛。有时,可以传输的发电量受到220千伏输电系统热容量的限制。本文详细介绍了一种提高传输容量的系统保护方案(SPS)。计划定于2014年10月实施。这一最低成本计划将为新西兰电力市场带来更经济的结果,因为这些额外的可再生能源发电可以取代成本更高的火力发电厂。
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Increasing transmission capacity in the New Zealand power system through smart grid technology
Hydroelectric generation currently constitutes 53% of the total generation capacity in New Zealand. The majority of this generation is located in the South Island and is exported to the North Island via an HVDC link. At times the amount of generation that can be transferred is limited by the thermal capacity of 220 kV transmission system. This paper details a proposed system protection scheme (SPS) that will increase this transfer capacity. Scheme implementation is scheduled for October 2014. This minimal cost scheme will facilitate a more economic outcome to the New Zealand electricity market as this additional renewable generation can displace more costly thermal plant.
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