摘要
海上风电是实现能源转型和低碳发展的重要途径,但风电场内部以及风电场与海上油田之间的电气连接仍存在设备可靠性要求高、大规模接入电网时并网技术复杂、需要配套储能以及实现灵活的调度技术等诸多挑战。为此,本文综合考虑供电可靠性、风电资源利用及低碳化以及电能质量等因素,旨在根据系统、环境变化实时调整分析策略,提高结果的准确性和适用性,以保障海上油气田供电系统的稳定性为目标函数,对不同供电方案进行了适应性分析。基于ETAP仿真平台建立了包含多种电源的海上油气平台模型,并通过潮流计算实现了模型的精确求解。以山东某区域实际海上风电场为案例,仿真与对比分析结果验证了本文方法的有效性。
Offshore wind power is a crucial pathway to achieving energy transition and low-carbon development.However,the electrical connection within wind farms and between wind farms and offshore oil fields still faces numerous challenges,such as high reliability requirements for equipment,complex grid integration technologies when connecting large-scale wind power to the grid,the need for energy storage,and the implementation of flexible dispatch technologies.To address these challenges,this research comprehensively considered factors such as power supply reliability,wind resource utilization,low-carbon development,and power quality,with the stability of the power supply system for offshore oil and gas fields as the objective function.An adaptability analysis of different power supply schemes was conducted.The offshore oil and gas platform model incorporating multiple power sources was established based on the ETAP simulation platform,and the model was accurately solved through power flow calculations.Taking an actual offshore wind farm in a region of Shandong as a case study,the simulation and comparative analysis results validated the effectiveness of the proposed method.
作者
马鹏宇
阳汉琨
MA Pengyu;YANG Hankun(School of Electrical and Information Engineering,Changsha University of Science&Technology,Changsha 410000,China)
出处
《电工材料》
2025年第5期125-132,共8页
Electrical Engineering Materials
关键词
海上油田平台
ETAP
电能质量
可靠性估计
潮流分析
offshore oil platform
ETAP
power quality
reliability estimation
power flow analysis
