High Voltage Power Electronics for Integrating Micro-Grids to Conventional Power Grid

用于将微电网集成到传统电网的高压电力电子器件

• 批准号: RGPIN-2016-03641
• 负责人: Ooi, BoonTeck
• 金额: $ 3.28万
• 依托单位: McGill University
• 依托单位国家: 加拿大
• 项目类别: Discovery Grants Program - Individual
• 财政年份: 2016
• 资助国家: 加拿大
• 起止时间: 2016-01-01 至 2017-12-31
• 项目状态: 已结题
• 来源: https://www.nserc-crsng.gc.ca/ase-oro/Details-Detailles_eng.asp?id=614521
• 关键词: Voltage; Power; Electronics; Integrating; Micro

1. Summary of Proposal Introduction: Power engineering is become exciting because distributed generation, renewable energy technologies and storage technologies (packaged as Micro-Grids) will constitute a large proportion of the Future Grid. Long Term Objective (15 years): The proposal is to develop Power Electronic Converter Interfaces (PECIs) to integrate Micro-Grids to the Traditional Grid (referred hereafter as Mega-Grid). Placed between the Micro-Grid and the Mega-Grid, each Power Electronic Converter Interface (PECI) must mesh with the requirements of both sides. The integration requires expertise on both sides. Short Term Objectives (5 Years): The short term objectives have been identified from the literature search in the 5-page summary. They are in using the PECIs for the following 3 tasks: 1. Fast restoration of the transmission lines after a blackout. 2. Using energy storage in Micro-Grids to stabilize frequency when the Mega-Grid loses “rotor inertia” or “spinning reserve” when steam plants are replaced by renewable energy technologies. 3. Using Gas-Turbine Generators as long-duration reserve which battery storage will be insufficient. From past research, the applicant has the knowledge to guide PhD students to accomplish the tasks within 5 years. Present Predicament Because of traditional divisions of specialization, Micro-Grid draws researchers from the Power Electronics Society and the Industrial Electronics Society of the Institute of Electrical and Electronics Engineering (IEEE). Mega-Grid draws researchers from the Power System Society and the Power Delivery Society of IEEE. The two seldom meet. Benefits to Canada Power Electronic Converter Interfaces (PECIs) which tailor-fit the Mega-Grid and Micro-Grids will put Canada ahead of international competition. HPQ will be first in the field on integration knowhow. There will be start-up companies in consultation, in software; in firmware; in control circuitry---creating employment. The research will yield new knowledge in engineering science. There will be intellectual properties: patents are granted for being first in the field. Source of Multidisciplinary Expertise According to Google Scholar, the applicant’s 130 journal papers appeared in (1) Power Systems, (2) Power Electronics and (3) Renewable Energy Technologies. As index of relevance, there are 6220 citations in all, with 3208 citations since 2010. According to Microsoft Academic: since 1994 he has 1107 citations in (1) Energy; (2) Electrical and Electronic Engineering; (3) Industrial Engineering. More important is the fact that his research of the past 6 years spans the 3 target expertise required by this grant application.

1. 提案概要 简介：电力工程变得令人兴奋，因为分布式发电、可再生能源技术和存储技术（封装为微电网）将构成未来电网的很大一部分。 长期目标（15 年）： 该提案是开发电力电子转换器接口（PECI），将微电网集成到传统电网（以下称为巨型电网）中，每个电力电子转换器接口（PECI）都放置在微电网和巨型电网之间。必须符合双方的要求。整合需要双方的专业知识。 短期目标（5 年）： 短期目标已从 5 页摘要中的文献检索中确定，它们是使用 PECI 来完成以下 3 项任务： 1、停电后输电线路快速恢复。 2. 当蒸汽发电厂被可再生能源技术取代时，当巨型电网失去“转子惯性”或“旋转储备”时，使用微电网中的储能来稳定频率。 3.使用燃气轮机发电机作为长期备用，电池存储将不足。 从以往的研究来看，申请人具备指导博士生在5年内完成任务的知识。 目前的困境 由于传统的专业划分，微电网吸引了来自电气和电子工程协会（IEEE）电力电子学会和工业电子协会的研究人员，巨型电网吸引了来自电力系统协会和电力输送协会的研究人员。 IEEE 两者很少见面。 适合巨型电网和微电网的加拿大电力电子转换器接口 (PECI) 的优势将使加拿大在集成技术领域处于领先地位 将有初创公司参与咨询。 ，在软件方面；在固件方面；在控制电路方面——该研究将产生工程科学方面的新知识：在该领域中获得专利。 多学科专业知识的来源 根据 Google Scholar 的统计，申请人的 130 篇期刊论文出现在（1）Power Systems、（2）Power Electronics 和（3）Renewable Energy Technologies 领域。作为相关性索引，共有 6220 次引用，自 2010 年以来被引用了 3208 次。 根据 Microsoft 学术界的统计：自 1994 年以来，他在 (1) 能源；(2) 电气与电子工程；(3) 工业工程方面被引用了 1107 次。 更重要的是，他过去6年的研究涵盖了本次资助申请所需的3个目标专业知识。