The application of large capacity electrically driven compressor will cause significant changes in the power system of offshore platform. Based on a specific offshore project, we introduce the overall electrical system plan for the platform with electrically driven compressors, and point out the key technical problems that should be focused on to optimize the power system. In particular, simulation calculations are required to ensure the stability of power system. Results from the study will have some guidance and reference for similar projects in the future.
LIU Guo-feng, WAN Guang-fen, GAO Xuan
. Research on Power System for Large Capacity Electrically Driven Compressors on Offshore Platform[J]. Ocean Engineering Equipment and Technology, 2018
, 5(1)
: 58
-62
.
DOI: 10.12087/oeet.2095-7297.2018.01.12
1 蔡晓君,马强. 海上平台天然气压缩机选型关键技术研究［J］. 压缩机技术, 2011(5)： 25.
Cai Xiao-jun, Ma Qiang. Research on key technology in type selection of offshore platform natural gas compressor ［J］. Compressor Technology, 2011(5)： 25.
2 吴东旭,史航,代小华,等. 大型压缩机站燃驱改电驱技术的可行性［C］. 中国国际管道会议, 2013： 47.
Wu Dong-xu, Shi Hang, Dai Xiao-hua, et al. Technical feasibility of compressors in service from gas driven to electricity driven ［C］. China International Oil & Gas Pipeline Conference, 2013： 47.
3 Darazz A R, Al-Obaidan A A. What is the best compressor for our applications, centrifugal or reciprocating ［C］. SPE Kuwait Oil and Gas Show and Conference, 2013.
4 Lamell J O, Trumbo T, Nestli T F. Offshore platform powered with new electrical motor drive system ［C］. IEEE 52nd Annual Technical Conference of the Petroleum and Chemical Industry Committee, 2005.
5 张安安,黄维维,杜振华,等. 海洋平台微电网电压稳定性评估［J］. 中国海上油气, 2016, 28(4)： 143.
Zhang An-an, Huang Wei-wei, Du Zhen-hua, et al. Assessment of voltage stability for offshore platform micro-grids ［J］. China Offshore Oil and Gas, 2016, 28(4)： 143.
