AMP-STOR: Advanced module-level power electronics with battery STORage******

AMP-STOR：具有电池存储功能的高级模块级电力电子器件******

• 批准号: 537242-2018
• 负责人: Schriemer, Henry
• 金额: $ 1.82万
• 依托单位: University of Ottawa
• 依托单位国家: 加拿大
• 项目类别: Engage Grants Program
• 财政年份: 2018
• 资助国家: 加拿大
• 起止时间: 2018-01-01 至 2019-12-31
• 项目状态: 已结题
• 来源: https://www.nserc-crsng.gc.ca/ase-oro/Details-Detailles_eng.asp?id=664529
• 关键词: AMP; STOR; Advanced; module; level

AMP-STOR proposes to verify critical aspects of an innovative dispatchable stored solar energy technology architecture which is being developed by Alpha Technologies Canada, collaborating with uOttawa SUNLAB. The new architecture includes an innovative way to combine solar PV with existing storage technology. It improves efficiency by mitigating solar panel string mismatch losses, overcomes installation limitations such as shading, and optimizes equipment utilization and reduced installation costs using string stretching. In addition, the new architecture improves fit to user needs through remote dynamic control capability, tailoring user-specified operating optimization criteria across distributed system elements including solar modules, module-level power electronics, battery storage, and final converters to provide the most efficient power harvest and battery recharging, and longest battery life.****uOttawa SUNLab has expertise and test capability in advanced control systems that is appropriate to this research challenge (specifically, in the areas of standardized intelligent distributed grid-edge power management systems, and also in solar PV panel physics and electrical power management).****This new scalable reconfigurable architecture will grow demand for clean renewable energy in residential and commercial markets, including remote industrial sites, remote communities, urban rooftop solar, and grid interactive as well as off-grid applications, thereby mitigating ongoing fossil fuel costs, pollution, and greenhouse gas emissions, and so improving public health, employment, and the environment, as well as providing increased power harvest and thus improved investment returns.**********

AMP-STOR提议验证一种创新的可调度存储太阳能技术架构的关键方面，该架构由加拿大阿尔法技术公司与uOttawa SUNLAB合作开发。新的架构包括一种创新的方式，将联合收割机太阳能光伏与现有的存储技术相结合。它通过减轻太阳能电池板串不匹配损失来提高效率，克服遮阳等安装限制，并通过串拉伸优化设备利用率并降低安装成本。此外，新架构通过远程动态控制功能提高了对用户需求的适应性，在分布式系统元件（包括太阳能模块、模块级电力电子设备、电池存储和最终转换器）中定制用户指定的操作优化标准，以提供最有效的电力收集和电池充电，以及最长的电池寿命。uOttawa SUNLab在先进控制系统方面拥有专业知识和测试能力，适合这一研究挑战（特别是在标准化智能分布式电网边缘电源管理系统领域，以及太阳能光伏板物理和电源管理领域）。这种新的可扩展可重构架构将增加住宅和商业市场对清洁可再生能源的需求，包括偏远工业场所，偏远社区，城市屋顶太阳能和电网互动以及离网应用，从而降低持续的化石燃料成本，污染和温室气体排放，从而改善公共健康，就业和环境。并提供更多的电力收获，从而提高投资回报。**