Overview

"""Virtual Power Plants and Their Role in Commercial Demand Response"" by Roger is a comprehensive guide that explores the emerging concept of Virtual Power Plants (VPPs) and their potential role in commercial demand response. The book begins by introducing the concept of VPPs and how they differ from traditional power plants. VPPs are a network of decentralized energy resources, including distributed generation units, storage systems, and demand response programs, that are controlled and managed through a central platform. This platform optimizes the use of available resources to meet the energy demands of the grid, making VPPs an essential component of the future energy system. The author then explores the various applications of VPPs in commercial demand response, which is the process of reducing energy consumption during peak periods to prevent blackouts and reduce energy costs. VPPs can help commercial customers participate in demand response programs by aggregating their energy usage and providing them with incentives to reduce energy consumption during peak periods. The book also discusses the technical and regulatory challenges that must be overcome to fully realize the potential of VPPs in commercial demand response. The author examines the current state of VPP technology and the policies that govern their operation, and provides insights into how these systems can be improved to better meet the needs of commercial customers and the grid. Throughout the book, Roger provides real-world examples of VPPs in action and their impact on the energy system. He also offers practical advice on how to design and implement VPPs in commercial settings, including tips on selecting the right energy resources, integrating the VPP with existing systems, and managing the complexities of energy trading and billing. Overall, ""Virtual Power Plants and Their Role in Commercial Demand Response"" is a must-read for anyone interested in the future of energy systems and the potential of VPPs to transform the way we use and distribute energy. The book is written in an accessible style that makes it suitable for energy professionals, policymakers, and students alike."

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9781805285564

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