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Grid integration of offshore wind farms and offshore oil/gas platforms

机译:海上风电场和海上油气平台的电网整合

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Wind resource nearby offshore oil/gas platforms is often excellent due to higher average wind speed and lower turbulence intensity and wind shear compared to most onshore wind farm sites. Moreover, offshore oil/gas platforms are facing increasingly tougher challenges to operate in an environmentally acceptable manner. The main objective of this paper is to propose a feasible electrical grid layout for the wind farm integration into the offshore oil/gas platform and onshore AC grid and to design the system control strategy and analyze the power system stability. Two dynamic simulation cases are set up based on PSCAD/EMTDC, i.e. losing wind farm production and occurrence of onshore short circuit fault for studying transient behavior of the electrical network.
机译:与大多数陆上风电场相比,由于较高的平均风速,较低的湍流强度和风切变,近海油气平台附近的风资源通常非常出色。此外,海上油气平台在以环境可接受的方式运行方面正面临越来越严峻的挑战。本文的主要目的是为风电场整合到海上油气平台和陆上交流电网中提出可行的电网布局,并设计系统控制策略并分析电力系统的稳定性。在PSCAD / EMTDC的基础上建立了两个动态仿真案例,即风电场生产中断和陆上短路故障的发生,以研究电网的瞬态行为。

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