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Evaluation of the maximum allowed capacity of offshore wind power in Taiwan based on the existing transmission capacity limits

机译:根据现有传输容量限制评估台湾海上风电的最大允许容量

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In response to the global renewable energy development, the associate transmission line upgrade is significant. The wind resource in Taiwan is abundant, especially in offshore areas. The target for the installed capacity of the offshore winds in Taiwan is up to 3GW by 2025. However, it is necessary to evaluate the potential transmission congestion owing to the offshore wind power integration and identify the maximum allowed capacity of offshore wind power in Taiwan. There are many constraints for wind power integration. One of the main impacts is congestion of the transmission line due to the limitation of transmission capacity. Therefore, this study implemented system simulations under various scenarios and achieved the maximum allowed capacity of the offshore wind power integration in Taiwan. This analysis was based on the constraints of transmission line limits, and the actual system parameters were utilized. The simulation results provide a significant reference to develop Taiwan's offshore wind energy.
机译:为响应全球可再生能源的发展,辅助输电线路的升级意义重大。台湾的风能资源丰富,尤其是在近海地区。台湾海上风电的装机容量目标到2025年将达到3GW。但是,有必要评估由于海上风电整合而造成的潜在输电拥堵,并确定台湾海上风电的最大允许容量。风电集成有很多限制。主要影响之一是由于传输容量的限制而导致的传输线拥塞。因此,本研究在各种情况下进行了系统仿真,并实现了台湾海上风电集成的最大允许容量。该分析基于传输线限制的约束,并利用了实际的系统参数。仿真结果为开发台湾海上风能提供了重要参考。

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