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Gaoya dianqi近年来，海上风力发电发展迅猛，作为连接陆地电网与海上风电场的唯一枢纽，海底电缆线路极其重要。为充分利用电缆传输容量，提高风电项目经济性，文中同时考虑风电场送出电流的波动性以及电缆本体和环境的热惯性，基于实际典型负荷，仿真分析了海缆暂态温升特性。研究结果表明，直埋海底电缆具有较大的热时间常数，如在50%长期负荷基础上施加满负荷电流48 h后，电缆线芯温度仍未达到90 ℃。1 000 MW的风电场采用2回330 kV线路送出，仅3×1 000 mm2的海缆即可满足输送功率要求，而按照100 ...
吴高波 +5 more
doaj
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