Electromagnetic transients simulation assisted design of power systems

本研究涉及在复杂电网的优化设计和微调中创新性地使用模拟器。模拟器是一种计算机，可以在其上对大型网络进行建模和研究，而不会造成灾难性损害的危险。本项目提出将模拟器置于优化算法的控制下，以选择网络的参数，从而获得最佳性能。优化算法对每次模拟运行的结果进行检查，并利用先进的数学程序调整设计参数，使后续运行有所改善。当运行序列结束时，系统就得到了优化。通过这种方法，使用自动化过程可以显著提高当今复杂电力系统的性能。

This research involves the innovative use of simulators for the optimal design and fine-tuning of complex power networks. A Simulator is a computer on which a large network can be modeled and studied, without the danger of catastrophic harm. This project proposes to place the simulator under the control of an optimization algorithm for selecting the parameters for the network that result in the best performance. A sequence of several runs is conducted, with the optimization algorithm inspecting the results of each simulation run and adjusting the design parameters using advanced mathematical procedures so that the subsequent runs show improvement. When the sequence of runs is concluded, the system is optimized. With this approach, the performance of today's complex power systems can be significantly improved using an automatic process.