Microgrids and Distributed Generation Systems

Course Description

"Microgrids and Distributed Generation Systems" is an advanced-level course offered by DelftX as part of their Solar Energy Engineering MicroMasters program. This comprehensive course delves into the fascinating world of microgrid technology, exploring both DC and AC microgrids in depth. Students will gain a thorough understanding of how photovoltaic systems integrate into microgrids, which are localized electricity distribution systems that incorporate renewable energy sources and operate in a controlled manner.

What Students Will Learn

  • Differentiate between microgrids, passive distribution grids, and virtual power plants
  • Understand ancillary services provided by microgrids and PV systems
  • Master centralized and decentralized control operations, forecasting, and market policy evaluation
  • Comprehend active power control and voltage regulation in microgrids
  • Explore various microgrid layouts, topologies, and power electronic components
  • Grasp microgrid protection concepts, including adaptive protection
  • Discover the motivations and challenges of implementing DC microgrids

Prerequisites

  • Bachelor's degree in Science or Engineering
  • Successful completion of PV1x, PV2x, and PV3x courses, or a firm grasp of their content
  • MATLAB installation (student license provided) for assignments

Course Coverage

  • Fundamentals of microgrid technology and implementation
  • Smart grid and virtual power plant concepts
  • Types of distribution networks
  • Market structures and control strategies for microgrids
  • Operation and control of power electronics interfaces
  • Advantages and challenges of DC microgrids
  • Simulation exercises and peer reviews for verified learners

Target Audience

This course is ideal for engineering professionals, researchers, and advanced students interested in:

  • Renewable energy systems
  • Electric power distribution
  • Smart grid technologies
  • Photovoltaic systems integration
  • Energy conversion and management

Real-World Applications

  • Design and implement efficient microgrid systems
  • Optimize renewable energy integration in existing power networks
  • Develop advanced control strategies for distributed generation systems
  • Improve grid stability and reliability through adaptive protection techniques
  • Contribute to the advancement of smart grid technologies
  • Evaluate and implement DC microgrid solutions for various applications
  • Assess market policies and their impact on microgrid operations

Syllabus Overview

  • Introduction to microgrids and distributed generation
  • AC and DC microgrid architectures
  • Power electronics in microgrids
  • Control strategies for microgrids
  • Market structures and policies
  • Microgrid protection and adaptive protection
  • DC microgrid implementation and challenges
  • Case studies and practical applications

By completing this course, students will earn a valuable microcredential, demonstrating their expertise in microgrid technology and distributed generation systems. This digital certificate will enhance their professional profile and open up new opportunities in the rapidly growing field of renewable energy and smart grid technologies.