Decision Making In Interdisciplinary Renewable Energy Projects
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Decision Making in Interdisciplinary Renewable Energy Projects
This edited book presents a comprehensive analysis of the multidimensional aspects associated with decision making in renewable energy investment projects. It delves into the interplay between interdisciplinary studies, sustainability considerations, and circular economy principles within the renewable energy sector. By examining the impact of these interconnected domains, the book offers valuable insights into the challenges and opportunities inherent in decision making for renewable energy investments. The book is tailored to a diverse audience, including researchers, scholars, and professionals in the fields of renewable energy, sustainability, circular economy, and business management. It is equally suitable for graduate and undergraduate students studying environmental studies, renewable energy, sustainability, and related disciplines. Professionals working in the renewable energy industry, including project developers, investors, and policymakers, will find valuable insights to inform their decision-making processes. Additionally, engineers, economists, social scientists, and environmental consultants interested in interdisciplinary studies and their intersection with renewable energy will benefit from the book's comprehensive analysis.
Decision-Making in Design, Maintenance, Planning, and Investment of Wind Energy
This book demonstrates how decision-making models can be applied to solve specific real-life problems, with a particular emphasis on wind energy. In a step-by-step manner, it guides the reader through decision-making, the formulation of optimization models, and the methods for solving them. After providing an overview of various models for the design of wind farms, it presents an optimization model for deciding which economy (country) to invest in and models for selecting suppliers. A dedicated chapter focuses on different models for monitoring and predictive maintenance for wind turbines (farms) due to the construction of turbine blades and vibration. It shows how combinatorial optimization models can help to make optimal decisions for one-dimensional cutting stock of blanks, their processing, and determining the optimal composition for production. Moreover, it discusses how the energy consumption balance index formed by conventional and renewable sources can be determined and presents a means of identifying the relative share of wind energy consumption among the other renewable sources. Operations research professionals, students, and decision-makers alike will find this book to be a valuable resource for tackling real-world challenges and driving sustainable advances in wind energy solutions.
Renewable Energy Projects and Investments
Renewable Energy Projects and Investments: Interdisciplinary Knowledge, Analysis, Opportunities, and Outlook brings together a range of insights and perspectives from across technology, engineering, sustainability, circular economy, economics, policy, and social science to support the further growth and development of renewable energy. The book provides a general outlook of the drivers in renewable energy in terms of regulatory frameworks, technological advancements, and market conditions, the associated risks and opportunities, and current trends and forecasts. This resource will interest those who require a comprehensive understanding on the development of renewable energy, including researchers, advanced students, faculty, engineers, R&D, industry personnel, analysts, and policymakers.Other sections focus on the effects of sustainability and the circular economy on renewables, addressing various challenges and possible solutions. The final section delves further into interdisciplinary issues relating to renewable energy, including engineering and technology, economics and finance, policy, and social science. Throughout the book, case studies and practical examples are used to help to support the decision-making process. - Explores the intersections between renewable energy and engineering, economics, sustainability, social science, and other areas - Analyzes in detail the various considerations and routes to efficient, sustainable, and profitable renewable energy projects - Offers practical insights through the inclusion of case studies and real-world examples