Sharifa Mohammed Al Ruheili, Khansaa Hamed Al Mahrami, Khalid Hamood Al Wardi, Mohammed Marhoon Al Hashmi, O. Al-Jaaidi
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In addition, a CCTV camera, and solar lighting are available in the location to control and monitor the performance of the solar system.\n Utilizing solar systems in this project provides a cost saving on diesel consumption and reduces its associated CO2/GHG emissions. The system runs in the daytime on solar for 6 hours. The rest of the 4 hours is compensated with diesel. The anticipated cost saving on diesel consumption and CO2 emission reduction is around 60%. The success of this project will allow the technology to be replicated in many locations in remote areas.\n In order, to support the ICV and develop SME companies, the project was awarded to a local SME company, and the learning from this installation was shared between the vendor and ARA E & P, as this system was the first of its kind implemented in Oman.","PeriodicalId":249690,"journal":{"name":"Day 2 Tue, November 01, 2022","volume":"4 1","pages":"0"},"PeriodicalIF":0.0000,"publicationDate":"2022-10-31","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":"{\"title\":\"Using a Hybrid Off-Grid Semi-Fixed Solar System to Power a Water Pump in a Water Supply Well in Remote Areas\",\"authors\":\"Sharifa Mohammed Al Ruheili, Khansaa Hamed Al Mahrami, Khalid Hamood Al Wardi, Mohammed Marhoon Al Hashmi, O. Al-Jaaidi\",\"doi\":\"10.2118/211150-ms\",\"DOIUrl\":null,\"url\":null,\"abstract\":\"\\n ARA Petroleum Exploration and Production Company has successfully installed a hybrid off-grid semi- fixed solar system to power an Electrical Submersible Pump (ESP) for a water supply well in Oman's remote area (Oil North Field). The system is designed to provide the power output of a 40 KW water ESP pump. The pump usually runs for 10 hrs/day. The well is used for supplying water for drilling activities and other operational requirements with an actual power of 30 KW.\\n The uniqueness of this system is its ability to power the ESP well directly without an over-headline (OHL) with a synchronizing system and an automated switchover to a diesel generator when required. Moreover, a real-time operation system that can be downloaded on a mobile application. In addition, a CCTV camera, and solar lighting are available in the location to control and monitor the performance of the solar system.\\n Utilizing solar systems in this project provides a cost saving on diesel consumption and reduces its associated CO2/GHG emissions. The system runs in the daytime on solar for 6 hours. The rest of the 4 hours is compensated with diesel. The anticipated cost saving on diesel consumption and CO2 emission reduction is around 60%. 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引用次数: 0
摘要
近日,阿曼ARA石油勘探与生产公司成功安装了一套混合式离网半固定式太阳能系统,为阿曼偏远地区(Oil North Field)的一口供水井的电潜泵(ESP)提供动力。该系统的输出功率相当于一台40kw的ESP水泵。泵通常运行10小时/天。该系统的独特之处在于,它能够直接为ESP井提供动力,而不需要一个同步系统(OHL),并在需要时自动切换到柴油发电机。此外,一个实时操作系统,可以下载到移动应用程序。此外,该地点还配备了闭路电视摄像机和太阳能照明设备,以控制和监测太阳能系统的性能。在这个项目中使用太阳能系统可以节省柴油消耗的成本,并减少相关的二氧化碳/温室气体排放。该系统在白天依靠太阳能运行6小时。剩下的4小时用柴油补偿。预计将节省60%左右的柴油消耗和二氧化碳排放成本。该项目的成功将使这项技术能够在偏远地区的许多地方得到复制。为了支持ICV和发展中小企业公司,该项目被授予了当地的一家中小企业公司,供应商和ARA e&p之间分享了安装的经验,因为该系统是阿曼第一个实施的此类系统。
Using a Hybrid Off-Grid Semi-Fixed Solar System to Power a Water Pump in a Water Supply Well in Remote Areas
ARA Petroleum Exploration and Production Company has successfully installed a hybrid off-grid semi- fixed solar system to power an Electrical Submersible Pump (ESP) for a water supply well in Oman's remote area (Oil North Field). The system is designed to provide the power output of a 40 KW water ESP pump. The pump usually runs for 10 hrs/day. The well is used for supplying water for drilling activities and other operational requirements with an actual power of 30 KW.
The uniqueness of this system is its ability to power the ESP well directly without an over-headline (OHL) with a synchronizing system and an automated switchover to a diesel generator when required. Moreover, a real-time operation system that can be downloaded on a mobile application. In addition, a CCTV camera, and solar lighting are available in the location to control and monitor the performance of the solar system.
Utilizing solar systems in this project provides a cost saving on diesel consumption and reduces its associated CO2/GHG emissions. The system runs in the daytime on solar for 6 hours. The rest of the 4 hours is compensated with diesel. The anticipated cost saving on diesel consumption and CO2 emission reduction is around 60%. The success of this project will allow the technology to be replicated in many locations in remote areas.
In order, to support the ICV and develop SME companies, the project was awarded to a local SME company, and the learning from this installation was shared between the vendor and ARA E & P, as this system was the first of its kind implemented in Oman.