Yuchen He——佛罗里达州立大学博士
2019年，Yuchen He开始在佛罗里达州立大学（Florida State University，位于美国塔拉哈西）攻读电气与计算机工程博士学位，并且加入了佛罗里达州立大学高级电力系统中心（CAPS）。CAPS是一个多学科的研究中心，旨在进行基础和应用研究，以促进电力系统技术领域的发展。
”在基于MMC的电机驱动项目中，系统的复杂性给我们带来了巨大的挑战。该项目需要数百个开关和一个参数详尽的电机模型，同时要求控制精准且迅速。然而，找到一个能够满足所有这些需求的仿真工具非常困难。不过，DSIM提供了一个出色的解决方案。“
“In our MMC-based motor drive projects, we faced significant challenges due to the complexity of the system. The project required hundreds of switches and a motor model with highly detailed parameters. Accurate and fast control was critical to the success of these projects. Finding a simulation tool that could address all these aspects was difficult. However, DSIM emerged as an exceptional solution."
”DSIM为我们提供了高度准确的仿真结果，这些结果与后期得到的实验数据非常吻合。这样的准确性对于验证我们的设计、确保性能的可靠性至关重要。此外，DSIM大幅缩短了仿真时间，这让我们能够更高效地迭代和优化模型。“
"DSIM provided us with highly accurate simulation results, which closely matched the experimental data we obtained later. This level of accuracy was crucial for validating our designs and ensuring reliable performance. Moreover, DSIM significantly reduced simulation times, allowing us to iterate and refine our models more efficiently."
”DSIM的另一个显著优点是其直观且友好的用户界面。这使得我们能够更轻松地分析和解读仿真数据，从而做出更精准的判断，迅速解决问题。“
"Another notable advantage of DSIM was its user interface, which was intuitive and user-friendly. This made it easier for us to analyze and interpret the simulation data, leading to more informed decisions and quicker problem-solving."
”总之，DSIM凭借其卓越的准确性、速度和易用性，成为我们MMC电机驱动项目中不可或缺的工具，使我们能够高效地完成目标。”
"Overall, DSIM's combination of accuracy, speed, and usability made it an indispensable tool for our MMC-based motor drive projects, enabling us to achieve our goals effectively and efficiently.”
“作为DSIM仿真软件的忠实用户，我可以自信地说，DSIM因其卓越的仿真速度以及对复杂电力电子、电力系统的建模与分析方面的独特功能脱颖而出。DSIM在保持高准确性的同时仿真速度也非常快，大大简化了我的研发工作，促进了研发项目的快速迭代和优化。DSIM的先进算法和高效计算方法使其能够以卓越的性能处理大规模的仿真任务。DSIM直观的软件界面和丰富的电气元件使其成为我研究中的宝贵工具。总之，DSIM的速度和独特功能为我的项目提供了重要帮助，对项目成功起到了关键作用。”
“As a dedicated user of DSIM simulation software, I can confidently say it stands out for its remarkable speed and unique capabilities in modeling and analyzing complex power electronics and power systems. DSIM's lightning-fast simulations, without sacrificing accuracy, have significantly streamlined my research and development projects, enabling rapid iteration and optimization. What truly sets DSIM apart is its advanced algorithms and efficient computation methods, allowing it to handle large-scale simulations with exceptional performance. The software's intuitive interface and robust support for a wide range of electrical components make it an invaluable tool in my work. Overall, DSIM's speed and distinctive features have provided crucial insights and significantly contributed to the success of my projects.”
