"Take the Power Back" is a practical handbook on implementing smart microgrids utilizing low/zero carbon energy. It is intended for any individual, group, company or governmental/non-governmental entity involved in the planning, design, and implementation of resilient clean energy systems and microgrids. The book explores the reasons why a community should consider microgrids, including electrical self-sufficiency, local independence, energy efficiency, cost savings, reduced exposure to utility cost volatility, increased energy resiliency, improved air quality, reduced carbon footprint and greenhouse gas emissions, the social benefits of solving community problems, and economic benefits. The book also covers the different types of microgrid solutions available, such as residential, commercial, and utility services, and explains the different components of a microgrid system, including smart meters, inverters, power generation and storage, and control equipment. Regulatory and management aspects of smart grids are also discussed, including the monitoring, analysis, diagnosis, and decision-making processes required for proper management. The book explores the various options for managing and regulating smart grids, from companies that offer turnkey smart grid "service" systems to communities that purchase their own smart grid equipment and software. Finally, the book examines the implications of the shift from electricity consumer to prosumer and the community responsibility that follows. The governance structure for dealing with microgrid issues is also discussed, as well as how pecuniary operational losses or gains will be managed. Overall, the book offers a comprehensive guide to smart microgrids, highlighting their benefits to communities and providing practical advice to those seeking to implement or assisting with the implementation of microgrids. The book also emphasizes the potential for communities to foster sustainability and social and economic benefits. Microgrids can greatly assist with the transition to renewable energy and will require user (i.e., citizen) engagement to succeed.