Power Electronics Topologies for Solar Systems

申请人将为新型电力电子拓扑结构和太阳能应用的开发做出贡献。这些都是需要高要求操作的技术的例子，因为它们的结构复杂，在性能、效率和总体经济可行性方面的基准规格很高。该方法包括开发新的电气配置，设计实验室规模的原型和测试。该研究包括控制算法的理论开发，严格的数学验证，软件仿真，印刷电路板设计，以及概念验证实验室实验的实施。对能源效率和功率密度方面的效益进行分析也是该项目的一项主要成果。

The applicant will contribute to the development of novel power electronics topologies and for solar energy applications. These are examples of technologies that require a highly demanding operation, due to their complex structure and high benchmark specifications in terms of performance, efficiency and overall economic viability. The methodology includes the development of novel electrical configurations, design of laboratory scale prototypes and testing. This research includes the theoretical development of control algorithms with rigorous mathematical validation, software simulation, printed circuit board design, and the implementation of proof-of-concept laboratory experiments. An analysis of the benefits in energy efficiency and power density is also a main outcome of this project.