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Application of electric drive fracturing equipment in shale gas reservoir stimulation

机译:电驱动压裂设备在页岩气藏刺激中的应用

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Fracturing equipment is the core device in shale gas reservoir stimulation. As domestic shale gas exploration and development steps into deep layers, the development of fracturing technology puts forward higher requirements for relevant equipment. Electric drive is an important development direction of fracturing equipment technology. In this paper, the technical progress of electric drive fracturing equipment in China and abroad was investigated. It is shown that a high-power frequency conversion system is the key technology to determine the performance of electric drive fracturing equipment. After the adaptability of the high-power frequency conversion technology to electric drive fracturing equipment was analyzed, based on the fracturing operation of Model 2500 electric drive fracturing trucks in the Weiyuan Block of the Sichuan Basin for shale gas reservoir stimulation, electric drive and diesel-driven fracturing equipment were comparatively analyzed from the aspects of economic and technical indicators. And the following research results were obtained. First, compared with a diesel-driven fracturing truck of the same power, an electric drive fracturing truck can realize a full power coverage and a continuous adjustment of output displacement, and can better meet the operation requirements of fracturing process for a precise control of the pumping displacement, while reducing the power cost by 68% and the equipment purchase cost by 10–20%. Second, compared with the skid mounted equipment, an electric drive fracturing truck has a better transport performance, being suitable for the fracturing well sites with poor road conditions, such as loess gullies, hills and mountains. It is suggested that the following development direction of the electric drive fracturing equipment should focus on the improvement of single machine power density. In addition, it is recommended to enhance the basic studies on high-pressure and high-power semiconductor devices and make a good plan for the power demand of shale gas platform construction in advance, so as to give a better play to the operating cost advantage of electric drive fracturing equipment.
机译:压裂设备是页岩气藏刺激的核心装置。随着国内页岩气勘探和发展进入深层层,压裂技术的发展对相关设备提出了更高的要求。电动驱动是压裂设备技术的重要发展方向。本文研究了中国和国外电动驱动压裂设备的技术进步。结果表明,高功率频率转换系统是确定电驱动压裂设备性能的关键技术。在分析了高功率频率转换技术对电动驱动压裂设备的适应性后,基于2500型电动驱动压裂卡车的压裂运行,在四川盆地的魏源块刺激,电动驱动和柴油 - 从经济和技术指标的各个方面进行了相对分析了驱动的压裂设备。并获得以下研究结果。首先,与柴油驱动的压裂卡车相同,电动驱动压裂卡车可以实现全部功率覆盖和连续调节输出位移,并且可以更好地满足压裂过程的操作要求,以确切控制泵送位移,同时将电力成本降低了68%,设备购买成本降低了10-20%。其次,与滑动安装设备相比,电动驱动压裂卡车具有更好的运输性能,适用于道路状况不佳的压裂井场,如黄土牙龈,丘陵和山脉。建议,电动驱动压裂设备的以下开发方向应专注于改善单机功率密度。此外,建议提高高压和高功率半导体器件的基本研究,并提前为页岩气平台施工的电力需求进行良好的计划,以便更好地发挥运营成本优势电动驱动压裂设备。

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