Grid-tied Microgrid Design and Operation

Instructor: Minoo Shariat-Zadeh Duration: 1.5 hours A Canadian Perspective: Real-World Case Study in Grid-Tied Microgrid Design Explore the world of grid-tied microgrid systems through a uniquely Canadian lens. Course Description: Pressed for time? Explore the world of grid-tied microgrid systems through a uniquely Canadian lens in this engaging, time-efficient course tailored for aspiring young engineers, engineers-in-training, and clean energy enthusiasts. Using a comprehensive real-world case study, the course delves into the design, implementation, and operation of a campus microgrid integrated with the main power grid. Participants will uncover the challenges, regulatory frameworks, and technical standards that shape reliable and efficient grid-tied microgrids. The course emphasizes practical understanding, preparing participants to address the complexities of system integration, regulatory compliance, and ongoing maintenance to ensure long-term energy resilience. Learning Objectives: - Grasp the core components and design principles of grid-tied microgrids and their interaction with the primary power grid. - Investigate real-world challenges in the design, implementation, and operation of grid-tied microgrids, including grid integration and renewable energy assimilation. - Navigate and understand regulatory requirements and industry standards critical to grid-tied microgrid projects. - Analyze case studies to recognize common design pitfalls and establish best practices for microgrid implementation, operation, and maintenance. - Develop a practical understanding of the maintenance and operational needs of grid-tied microgrids to ensure efficiency and reliability over time. This refined course structure and focus provide a rich learning experience tailored for professionals eager to contribute to the energy landscape. Instructor: Minoo Shariat- Zadeh, PEng, SM-IEEE