Development of resilient microgrids in trailers

拖车中弹性微电网的开发

• 批准号: 530733-2018
• 负责人: Gaber, Hossam
• 金额: $ 1.82万
• 依托单位: University of Ontario Institute of Technology
• 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=651303
• 关键词: Development; resilient; microgrids; trailers

Canada and worldwide are moving towards deploying clean energy systems in urban, remote communities, and**providing resilient energy systems for harsh environments and emergencies. The deployment of off-grid energy**solutions is essential for a number of installations such as remote communities, mining, and emergencies.**MOBISMART developed MOBISUN as an off-grid solution by integrating solar, wind, battery, and traditional**generators to offer off-grid energy supply. The system can be expanded by integrating multiple units with**efficient energy management to offer high performance charging/discharging capabilities using intelligent**control with optimization algorithm. This technology has potential deployment in Canada and worldwide for**remote communities, harsh and extreme environment, and number of applications to replace gas-based energy**supply such as communications, railways, construction, pipeline, and mining installations. There are extended**user requirements to integrate large number of battery systems in multiple MOBISUN units to increase the**scale and enhance charging/discharging performance to meet target loads. The proposed research is led by Dr.**Hossam Gaber at UOIT and have the main objective is to conduct research to enhance the design configuration**and technology of energy storage systems, and integrate intelligent control and optimization algorithms to**improve the performance of one unit and allow the integration of multiple MOBISUN units with increased**profit and ROI. Multiple MOBISUN will offer larger capacity to meet target loads and enhanced performance.**The modeling and simulation should be performed accurately, and integrated control system will be tested for**different design configuration and operation scenarios, including different weather conditions and load profiles.**Intelligent algorithms will be developed to optimize the overall performance in terms of lifecycle cost,**performance, reliability, and safety in view of Key Performance Indicators-KPIs. The proposed control**technique will be optimized based on dynamic load and mobility models, for the selected KPIs of multiple**microgrids and storage systems and technologies.

加拿大和全球正在朝着在城市，偏远社区部署清洁能源系统，并为恶劣的环境和紧急情况提供弹性的能源系统。离网能量**解决方案的部署对于远程社区，采矿和紧急情况等许多装置至关重要。可以通过将多个单元与**有效的能源管理集成在一起，以使用智能**和优化算法的控制权提供高性能充电/放电功能来扩展系统。这项技术在加拿大和全球范围内为**偏远社区，苛刻和极端环境提供了潜在的部署，以及替代基于天然气的能源**供应的应用数量，例如通信，铁路，建筑，管道和采矿设施。有扩展的**用户要求将大量电池系统集成到多个Mobisun单元中，以增加**量表并增强充电/放电性能以满足目标负载。拟议的研究由UOIT的博士领导。多个Mobisun将提供更大的能力来满足目标负载和增强性能。提出的控制**技术将根据动态负载和移动性模型，针对多个**微电网和存储系统和技术的选定KPI进行优化。