دانلود کتاب انرژی های تجدیدپذیر به سمت شبکه هوشمند

Renewable energy systems are becoming popular due to high oil prices, growing energy demand, and environmental concerns. These energy systems can replace the fossil fuel-based sources and lowering the carbon emissions in addition a supply to the rural areas. The future power systems need to be a smart network with the mix of generation and efficient transmission and distribution of energy with higher efficiency, better quality, and high reliability and security. Smart GridTechnology will provide a solution to these challenges of increasing electric demand, ageing utility infrastructure, environmental impact on greenhouse gas emissions due to fossil fuelbased generation, high reliability of energy supply, better quality power, and stable and secure network. Integrated distributed generation can improve the efficiency and reliability of the electric grid and benefit utilities and customers. Grid Support DG can also contribute to the provision of providing an ancillary service. These include services necessary to maintain the sustained and stable operation of the grid, and DG plants can help to stabilize a frequency. Furthermore, most government policies aiming to promote the use of renewable energy will also result in an increased impact of the integration of DG technologies for sustainable development of smart grid. Information and communication technology with computer software and hardware integration will provide a solution to the complete automation of the renewable energy integrated systems. The book presents advanced research in the emerging fields of renewable energy, smart grid, micro grids, distributed generation with solar, wind and other renewable sources, ancillary services and demand-side management, electricity markets, and energy efficiency improvements from experts working in these areas over the last decade. Most of the authors of the papers have research contributions towards the development of smart grid, improvement in the renewable energy efficiency, ancillary services, electricity market, dispatching of the mix of generation, processes or algorithms, and applications of computational techniques in these areas. The book is a unique collection of chapters from the mentioned areas with a common theme and will be of immense use to academic researchers and practitioners in the industry who work in this field.