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THE RESPECTIVE MERIT OF GAS TURBINE VS ELECTRIC DRIVE FOR PIPELINE TURBOCOMPRESSORS

机译:用于管道涡轮机的燃气轮机VS电动驱动的相应优点

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The paper briefly reviews the technology, gas turbine versus high-speed electric drive, which represents two very different solutions for natural gas pipeline or storage compressor drive applications. The technical and economic merits of the competing drive systems have to be considered for each individual project. Traditionally, gas turbines have been the prime drivers for compressor trains, especially in Europe whereas in North America gas engine driven reciprocating compressors are also very common. With the liberalization of the electric power market and tighter environmental restrictions regarding local emissions, high frequency electric motor drivers became a competitive alternative profiting by decreased costs for the electricity infrastructure and the power supply, thus lowering the investment and operational costs. Gas turbines in compliance with the latest emission regulations will maintain their predominant role in natural gas pipeline and storage applications, especially in non-residential and remote areas.
机译:本文简要介绍了该技术,燃气轮机与高速电动驱动,这代表了用于天然气管道或储存压缩机驱动应用的两个非常不同的解决方案。必须考虑每个项目的竞争驱动系统的技术和经济优惠。传统上,燃气轮机是压缩机列车的主要驱动因素,特别是在欧洲,而在北美燃气发动机驱动的往复式压缩机也很常见。随着电力市场的自由化和关于当地排放的更严格的环境限制,高频电动机驱动因素通过降低电力基础设施和电力的降低,高频电动机驱动因素成为竞争替代利益,从而降低了投资和运营成本。符合最新排放法规的燃气轮机将在天然气管道和储存应用中保持主要作用,特别是在非住宅和偏远地区。

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