Smart Energy Systems: Modeling and Economic Models

Modern power grids are evolving into interconnected smart energy systems that combine renewable generation, digital controls, and modern market mechanisms. This course gives you a foundational understanding of how smart energy systems are modeled, how distinct technologies operate as a cohesive network, and how novel economic models shape power distribution. What you'll learn: - Understand fundamental terminology, core concepts, and architectural principles of smart energy grids. - Learn how to model integrated power networks and evaluate interaction between system components. - Apply modern economic and market models designed for dynamic energy distribution and demand response. - Explore distributed energy resources, microgrids, and energy storage optimization strategies. - Examine digital control concepts, smart metering infrastructure, and data-driven grid management. Starting with basic definitions and energy fundamentals, the reading material guides you step by step through structural modeling, grid technology integration, and modern power economics. Designed for beginners, this text-focused course requires no prior background in electrical engineering or advanced physics. Begin reading today to build your expertise in the future of smart energy.