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Environmentally Friendly Compact Air-Insulated High-Voltage Substations

机译:环保型紧凑型空气绝缘高压变电站

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This paper investigates the possible options for achieving a substantial reduction in a substation footprint using air-insulated switchgear as a more environmentally-friendly alternative to gas-insulated substations that use SF 6 gas. Adopting a new approach to surge arrester location and numbers, International Electrotechnical Commission (IEC) minimum clearances can be successfully selected instead of the maximum clearances as currently adopted by many utilities, as is the case in the UK. In addition, innovative alternative compact busbar arrangements using vertical and delta configurations have been proposed by the authors. A further opportunity for compaction is offered by the application of compact and integrated technology offered from several manufacturers. The full overvoltage control within the entire substation under any surge condition is a key aspect of the feasibility of this type of substation. This work demonstrates that the new design option can be an attractive alternative for future substation configuration with minimum footprint.
机译:本文研究了使用空气绝缘的开关柜作为使用SF 6气体的气体绝缘变电站的更环保替代方案,以实现大幅减少变电站占地面积的可能选择。采用一种新的避雷器位置和数量方法,可以成功地选择国际电工委员会(IEC)的最小间隙,而不是像英国许多公用事业公司目前所采用的最大间隙。此外,作者还提出了使用垂直和三角形配置的创新型紧凑型母线排。多个制造商提供的紧凑和集成技术的应用为压实提供了另一个机会。在任何浪涌条件下,整个变电站内的全面过压控制是此类变电站可行性的关键方面。这项工作表明,对于未来的变电站配置而言,新的设计选项可以成为一种有吸引力的替代方案,并且占用空间最小。

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