This Utility University course is open to any attendee with an all-access or utility all-access badge. These courses are first come, first served onsite in Dallas, however, pre-registration is still required. To pre-register, please visit the registration resource center or reach out to info@distributech.com.

In modern distribution systems, microgrids are essential for enhancing system reliability and resiliency, facilitating the integration of distributed energy resources (DERs), and improving the power quality for customers. Meanwhile, grid-forming technology serves as a crucial enabler for microgrid solutions. While the aim is to achieve a streamlined approach to microgrid design, the technical, financial, and regulatory complexities necessitate a careful and step-by-step implementation process tailored to each project.

This course first provides an overview of microgrid types, applications, business models, and design considerations. Particularly, it focuses on the operation, control, and protection of microgrids and grid-forming inverters as the dominant types of sources within advanced microgrids. It will be interactive between presenters and attendees.

The key topics that will be covered in this course are:

• Microgrid types, business models, and building blocks
• Microgrid performance requirements and applicable standards
• Microgrid implementation stages
• Microgrid performance analysis and studies 
• Microgrid operating strategy and requirements 
• Grid-following versus grid-forming inverters: control and protection characteristics 
• Microgrid core functions and control hierarchy
• Microgrid protection challenges in grid-connected, islanded, and transition modes
• Microgrid Effective Grounding
• Microgrid protection solutions and design considerations: basic and advanced schemes
• Impacts of microgrid control strategy on its protection
• Integration and testing of microgrid control and protection systems
• Case studies and lessons learned from real-life projects

Prerequisites: 

• The attendees do not need to have prior knowledge of microgrid systems. Basic knowledge of power system operation and the latest industry trends are recommended.

Acquired Knowledge: 

• Familiarity with multiple dimensions of microgrid implementation such as business models, types, benefits, challenges, and design and operation considerations
• Familiarity with essential steps for microgrid implementation, from conceptualization and design to commissioning and testing
• Gain practical knowledge of DER characteristics and controls with a focus on grid-forming function and their impact on microgrid protection and control.
• Gain practical knowledge of applicable requirements and standards (IEEE Standards 1547-2018, 2030.5, 2030.7, 2030.8. 2030.9, 2030.12, etc.).
• Familiarity with real-life microgrid projects, challenges, and solutions.