Power Electronics Solutions for Smart Grids: A Perspective From Design to Pre-Industrial Prototypes

V. Monteiro
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Abstract

Abstract. The Group of Energy and Power Electronics (GEPE) is a research group at the University of Minho, Portugal. The main research fields are centered in the development of power electronics solutions for power quality technologies (software and hardware equipment for monitoring and for compensating power quality problems), renewable energy technologies, mainly for on-grid and off-grid interface of photovoltaic and micro wind turbines (including solutions for energy storage), electric mobility technologies (battery chargers, traction systems, wireless power transfer solutions), as well as consulting services of power quality and energy efficiency. As demonstrated in the scope of several projects, the GEPE is well prepared with the necessary equipment and knowledge to support the development of software and hardware structures up to a pre-industrial phase, and to perform the experimental validation of systems based on power electronics. GEPE also has know-how in different tools for supporting the simulation of the electronic systems, and for programming a wide range of digital platforms. In the scope of this demo, the GEPE will introduce emerging technologies about power electronics solutions and trends for technological developments that will guide and reinforce the achievement of a smart city encompassed in a smart grid. Therefore, a detailed explanation will be conducted showing some of the developed power electronics prototypes, based on proprietary software and hardware.
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智能电网的电力电子解决方案:从设计到工业化前原型的视角
摘要能源和电力电子小组(GEPE)是葡萄牙米尼奥大学的一个研究小组。主要研究领域集中在电能质量技术的电力电子解决方案(用于监测和补偿电能质量问题的软件和硬件设备),可再生能源技术,主要用于光伏和微型风力涡轮机的并网和离网接口(包括储能解决方案),电动交通技术(电池充电器,牵引系统,无线电力传输解决方案),以及电能质量和能源效率的咨询服务。正如几个项目所展示的那样,GEPE已经准备好了必要的设备和知识,以支持软件和硬件结构的开发,达到工业化前阶段,并对基于电力电子的系统进行实验验证。GEPE还拥有支持电子系统仿真的不同工具的专业知识,并为各种数字平台编程。在本次演示的范围内,GEPE将介绍有关电力电子解决方案的新兴技术和技术发展趋势,这些技术发展趋势将指导和加强实现包含在智能电网中的智慧城市。因此,将进行详细的解释,展示一些基于专有软件和硬件的开发电力电子原型。
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来源期刊
Journal of Computational Technologies
Journal of Computational Technologies Mathematics-Applied Mathematics
CiteScore
0.60
自引率
0.00%
发文量
37
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