Products related to Energy:
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Renewable Energy Integration with Building Energy Systems : A Modelling Approach
Construction, as an industry sector, is responsible for around one-third of the total worldwide energy usage and about 20% of greenhouse gas emissions.The rise in the number of buildings and floor space area for residential and commercial purposes has imposed enormous pressure on existing energy sources.Implementations such as efficient usage of building energy systems, design measures, utilization of local energy resources, energy storage, and the use of renewable energy sources to meet electricity demands are currently under development and deployment for improving the energy performance index.However, integrating all such measures and the development of nearly zero-energy and zero-emission buildings is yet to be explored. In this book, the different control techniques and intelligent technologies used to improve the energy performance of buildings are illustrated.Every building energy control system has a two-fold objective for energy and comfort requirements to achieve a high comfort index (for thermal, visual, air quality, humidity, and various plug loads) and increase the energy performance index.The most significant aspect in the design of a building’s energy control system is modelling.All the components, methodologies, and processes involved in developing a renewable energy-driven building are covered in detail. This book is intended for graduates and professionals working towards the development of a sustainable built environment using renewable energy sources.
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Analytics and Optimization for Renewable Energy Integration
The scope of this book covers the modeling and forecast of renewable energy and operation and planning of power system with renewable energy integration.The first part presents mathematical theories of stochastic mathematics; the second presents modeling and analytic techniques for renewable energy generation; the third provides solutions on how to handle the uncertainty of renewable energy in power system operation.It includes advanced stochastic unit commitment models to acquire the optimal generation schedule under uncertainty, efficient algorithms to calculate the probabilistic power, and an efficient operation strategy for renewable power plants participating in electricity markets.
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Renewable Energy Integration to the Grid : A Probabilistic Perspective
This comprehensive reference text discusses uncertainty modeling of renewable energy resources and its steady state analysis.The text discusses challenges related to renewable energy integration to the grid, techniques to mitigate these challenges, problems associated with integration at transmission and distribution voltage level, and protection of power system with large renewable power integration.It covers important concepts including voltage issues in power networks, use of FACTS devices for reactive power management, stochastic optimization, robust optimization, and spatiotemporal dependence modeling. Key Features: Presents analysis and modeling of renewable generation uncertainty for planning and operation, beneficial for industry professionals and researchers. Discusses dependence modeling of multi-site renewable generations in detail. Covers probabilistic analysis, useful for data analysts. Discusses various aspects of renewable energy integration i.e. technical, economic, etc. Covers correlation factors, and methodologies are validated with case studies with various standard test systems.The text will be useful for graduate students and professionals in the fields of electrical engineering, electronics and communication engineering, renewable energy, and clean technologies.
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Onshore and Offshore Wind Energy : Evolution, Grid Integration, and Impact
Highly accessible and authoritative account of how wind energy is safely harnessed to address the ever-pressing climate and energy challenges Onshore and Offshore Wind Energy provides an in-depth treatment of wind energy’s scientific background, current technology, and international status, with an emphasis on large turbines and wind farms, both onshore and offshore.In the newly revised second edition, highly qualified authors include technological advances in the field including offshore wind turbine structures, foundation design, installation, grid integration, and reliability, offering guidance on operation and maintenance.The text is supported by copious illustrations and around 50 inspiring full-color photographs from around the world.To further aid in reader comprehension and information retention, questions with answers and problems are included in each chapter.An accompanying website includes figures, tables, and solutions of the problems.The book is an essential primer for new entrants to the wind industry and to students on undergraduate and graduate courses on renewable energy.It also offers a unique treatise of the sustainability of emerging transformative technologies, which makes it useful to both system analysts and energy policy strategists.In Onshore and Offshore Wind Energy, readers will find information on: Basics on wind energy capture and conversion by wind turbinesTechnology evolution and deployment experiences in the EU, China, Taiwan, and US wind farms, plus common access issues Production and installation techniquesOperation, maintenance and risk mitigationGrid integration, synergies with other renewable energies, and green hydrogen productionLife cycle sustainability, recycling, and the role of wind energy in addressing climate and energy challenges Onshore and Offshore Wind Energy is aimed at a wide readership including professionals, policy makers, and employees in the energy sector in need of a basic appreciation of the underlying principles of wind energy, along with second and third year undergraduate and postgraduate students.
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What is the connection between nuclear energy and conservation of energy?
Nuclear energy is a form of energy that is produced through nuclear reactions, typically in the form of nuclear fission or fusion. The conservation of energy principle states that energy cannot be created or destroyed, only transformed from one form to another. In the context of nuclear energy, this principle is upheld as the energy released from nuclear reactions is a result of the conversion of mass into energy, in accordance with Einstein's famous equation E=mc^2. Therefore, the connection between nuclear energy and conservation of energy lies in the fact that nuclear reactions demonstrate the transformation of mass into energy while adhering to the fundamental principle of energy conservation.
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Why is the interaction of energy-supplying and energy-consuming reactions important for the survival of a cell?
The interaction of energy-supplying and energy-consuming reactions is crucial for the survival of a cell because it allows the cell to maintain its energy balance. Energy-supplying reactions, such as photosynthesis or cellular respiration, provide the cell with the necessary energy in the form of ATP. On the other hand, energy-consuming reactions, such as biosynthesis or active transport, require energy to carry out their functions. Without a balance between these two types of reactions, the cell would not be able to maintain its energy levels and would ultimately cease to function. Therefore, the interaction of these reactions is essential for the cell's survival and overall functioning.
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What is the relationship with lattice energy?
Lattice energy is the energy released when gaseous ions come together to form a solid ionic compound. The relationship with lattice energy is that it is directly proportional to the charge of the ions and inversely proportional to the distance between the ions. This means that compounds with higher charges and smaller ionic radii will have higher lattice energies. Lattice energy is an important factor in determining the stability and properties of ionic compounds.
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Isn't thermal energy kinetic energy?
Thermal energy is actually a form of internal energy within a system due to the motion of its particles. While kinetic energy is associated with the motion of an object as a whole, thermal energy is related to the random motion of particles within a substance. So, while thermal energy involves kinetic energy at the microscopic level, it is not the same as the kinetic energy of an object in motion.
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Microgrid Cyberphysical Systems : Renewable Energy and Plug-in Vehicle Integration
Microgrid Cyberphysical Systems: Renewable Energy and Plug-in Vehicle Integration outlines the fundamental concepts on microgrid system design and control in a cyberphysical framework, focusing on the integration of renewables and EVs into microgrids.Including operational, control and management perspectives, the volume aims to optimize the reliability and economic performance of microgrids, focusing on power quality, storage and voltage and frequency control.The work encompasses generation, transmission, protection and load management under uncertainty and discusses critical drivers in robustness, uncertainty and sustainability management.Focusing on applied implementations, chapters are supported by detailed methods, heavy figurative explication, and comparative and integrative analysis. Case studies range across chapters. In addition, chapters are supported by representative experimental or test bed validations of proposed algorithms or methods which can be directly applied to reader problems.
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Sustainable Development of Renewable Energy : Latest Advances in Production, Storage, and Integration
Sustainable Development of Renewable Energy, Volume One in the Advances in Renewable Energy Technologies series, looks at the production performance of renewable energy sources and emerging production processes.Chapters cover some of the most dynamic developments, best practices, and future concepts in solar energy systems, energy storage, geothermal energy, bioenergy, wind energy, fuel cells, and hydrogen production.The book also includes recent regulations and worldwide policies.By reviewing these state-of-art advances, this book provides readers with an up-to-date source on renewable energy grid integration and its importance in aiding the energy transition. This is a valuable resource for graduates, researchers, professors, and industry professionals involved in the renewable energy sector, as well as advanced engineering courses dealing with renewable energy, sources, thermal and electrical energy production, and sustainability.
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Clear Leadership : Sustaining Real Collaboration and Partnership at Work
Gervase R. Bushe one of HR Magazine's Most Influential Thinkers 2016What happened to that win-win partnership with your boss, colleage, or direct report that suddenly dissolved into mistrust and suspicion?Despite your best intentions, how did hidden agendas, unresolved conflicts, and miscommunication get in the way?With new research, fresh insight, and up-to-date examples of what it takes to collaborativelyy organize and sustain healthy relationships at work, this newly revised edition of Clear Leadership tackles these issues head-on.Building on the powerful concepts that made the first edition such a success, Gervase Bushe explains why even the most promising partnerships get derailed and what you can do about it.
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Network Governance and Energy Transitions in European Cities
This book investigates and evaluates the opportunities and limitations of network governance in building local capacity for energy infrastructure governance.Presenting a comparative analysis of three city cases from across Europe- Birmingham, Frankfurt and Budapest- this book demonstrates how local factors shape the prospect of network governance to support low-carbon energy transitions.It maps out existing governance networks, highlighting the actors involved and their interactions with one another, and also discusses the role and embeddedness of networks in the urban governance of low-carbon energy.Drawing on case study evidence, Nochta develops a comparative analysis which discusses the intricate connections between network characteristics, context and impact.It highlights that organisational fragmentation; the complexity of the low-carbon energy problem and historical developments all influence network characteristics in terms of degree of integration and vertical (hierarchical) power relationships among network actors.Overall, the book concludes that understanding such links between context and networks is crucial when designing and implementing new governance models aimed at facilitating and governing low-carbon urban development.Low-Carbon Energy Transitions in European Cities will be of great interest to scholars of energy policy, urban governance and sustainability transitions.
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Rockstar Energy or Monster Energy?
The choice between Rockstar Energy and Monster Energy ultimately comes down to personal preference. Both brands offer a variety of flavors and caffeine levels to suit different tastes and energy needs. Some may prefer the bold and intense flavors of Monster Energy, while others may prefer the slightly milder taste of Rockstar Energy. It's best to try both and see which one you enjoy more.
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Is fusion energy nuclear energy?
Yes, fusion energy is a form of nuclear energy. Fusion occurs when two light atomic nuclei combine to form a heavier nucleus, releasing a large amount of energy in the process. This process is the same as the one that powers the sun and other stars, and it is a type of nuclear reaction. Therefore, fusion energy is a form of nuclear energy, but it differs from the nuclear fission process used in traditional nuclear power plants.
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What is the relationship between solar energy and the law of conservation of energy?
Solar energy is a renewable source of energy that comes from the sun. The law of conservation of energy states that energy cannot be created or destroyed, only transformed from one form to another. When solar energy is harnessed, it is converted into electricity or heat, which can then be used to power homes, businesses, and other applications. This process demonstrates the principle of the conservation of energy, as the solar energy is transformed into a different form of energy for use.
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Why is information and communication technology referred to as useful energy?
Information and communication technology is referred to as useful energy because it enables the efficient transmission and processing of information, leading to increased productivity and effectiveness in various tasks. Just like energy is essential for powering machines and devices, ICT provides the necessary tools and resources for communication, data storage, and problem-solving. It plays a crucial role in powering modern economies and societies by facilitating connectivity, innovation, and collaboration.
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