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Author: Barbara A. Burns Publisher: ISBN: Category : Consumer behavior Languages : en Pages : 64
Book Description
This report reviews social and behavioral science models and techniques for their possible use in understanding and predicting consumer energy decision making and behaviors. A number of models and techniques have been developed that address different aspects of the decision process, use different theoretical bases and approaches, and have been aimed at different audiences. Three major areas of discussion were selected: (1) models of adaptation to social change, (2) decision making and choice, and (3) diffusion of innovation. Within these three areas, the contributions of psychologists, sociologists, economists, marketing researchers, and others were reviewed. Five primary components of the models were identified and compared. The components are: (1) situational characteristics, (2) product characteristics, (3) individual characteristics, (4) social influences, and (5) the interaction or decision rules. The explicit use of behavioral and social science models in energy decision-making and behavior studies has been limited. Examples are given of a small number of energy studies which applied and tested existing models in studying the adoption of energy conservation behaviors and technologies, and solar technology.
Author: Barbara A. Burns Publisher: ISBN: Category : Consumer behavior Languages : en Pages : 64
Book Description
This report reviews social and behavioral science models and techniques for their possible use in understanding and predicting consumer energy decision making and behaviors. A number of models and techniques have been developed that address different aspects of the decision process, use different theoretical bases and approaches, and have been aimed at different audiences. Three major areas of discussion were selected: (1) models of adaptation to social change, (2) decision making and choice, and (3) diffusion of innovation. Within these three areas, the contributions of psychologists, sociologists, economists, marketing researchers, and others were reviewed. Five primary components of the models were identified and compared. The components are: (1) situational characteristics, (2) product characteristics, (3) individual characteristics, (4) social influences, and (5) the interaction or decision rules. The explicit use of behavioral and social science models in energy decision-making and behavior studies has been limited. Examples are given of a small number of energy studies which applied and tested existing models in studying the adoption of energy conservation behaviors and technologies, and solar technology.
Author: Farina Wille Publisher: Springer Nature ISBN: 3658356138 Category : Psychology Languages : en Pages : 289
Book Description
Enabling an integration of large amounts of variable renewable energy (VRE) into an energy system is an important contribution to reduce part of its associated carbon dioxide emissions. A resulting challenge from integrating VRE is an increase in mismatch between supply and demand which could be reduced by increasing demand side flexibility in the residential sector by shifting energy using behavior. This thesis offers a theoretical and empirical analysis of energy using flexibility based on behavior analysis principles to relate what it can mean to account for a human dimension in an electrical energy system. To characterize degrees of freedom in allocating behavior and options for flexibility of energy using behavior, variability of behavioral patterns in terms of homogeneity between individuals is analyzed. Notably, even in times for which one could principally expect more variability between behavioral patterns such as in the afternoon and evening, one finds that behavioral activities are pre-structured, clearly limiting the possibilities for shifting energy using behavior. The behavior analytical perspective highlights the importance of addressing context structure and associated behavioral effort for shifting behavior, when addressing the challenge of mitigating the mismatch problem for a more sustainable energy system.
Author: Ryoju Hamada Publisher: Springer Nature ISBN: 9811380392 Category : Political Science Languages : en Pages : 557
Book Description
This book provides tips to teachers for moving toward active learning by using simulation and gaming. The book is a rare reference for teachers who wish to initiate active learning by applying many real experiences from world experts in simulation and gaming. This cumulative wisdom comes from cutting-edge trials reported at the 49th International Simulation and Gaming Association’s annual conference in Thailand 9–13 July 2018. The importance of changing teachers’ one-way lecture approach to that of active learning has been commonly understood for several decades and has been promoted especially in recent years in Asian universities. Simulation and gaming meets the requirements of such teaching programs, especially for active learning, but there are few books or references on how to gamify a lecture. This book serves as a guide to facilitate that change. The author recognizes the duty to provide readers with fixed directions toward simulation and gaming in the next generation, which have still not been fully elucidated. Developing a simulation and gaming culture and making it sustainable in the next decade are the purpose of this book.
Author: Tobias Brosch Publisher: Frontiers Media SA ISBN: 2889198804 Category : Engineering (General). Civil engineering (General) Languages : en Pages : 140
Book Description
An increasing number of countries are shifting toward sustainable energy economies, emphasizing the use of renewable energy sources, increases in energy efficiency and the abatement of greenhouse gas emissions. The success of such an energy transition will depend not only on the development of new energy technologies, but also on major changes in the patterns of individual energy-related decisions and behaviors resulting in substantial reductions in energy demand. Consequently, the behavioral sciences can make important contributions to the energy transition by increasing our understanding of the multiple factors and mechanisms that underlie individual as well as group-based decisions and behaviors in the energy domain and by creating a basis for systematic interventions that reduce energy usage. Many different types of relevant behaviors and decisions need to be considered in this context, including decisions to invest in energy-efficient household equipment, adjustments of energy-critical habits related to heating, eating, or mode of transportation, and participation in the political discourse related to questions of energy. An integration of the expertise of the different disciplines of the behavioral sciences is thus needed to comprehensively investigate the impact of the different drivers and barriers that may determine energy-related decisions and behaviors, including economic factors such as price level, social factors such as norms, communication patterns and social learning processes, and individual factors such as values, attitudes, beliefs, heuristics, affective biases and emotions. The potential impact of these factors on the success of the energy transition is considerable: for example, a recent projection of the energy demand in Switzerland until 2050 has estimated the reduction potential related to psychological and sociological factors between 0% and 30%, depending on which behavioral changes will be implemented in society. Increased research efforts from the behavioral sciences are required to ensure that the full reduction potential can be achieved. This Research Topic brings together contributions from different disciplines such as psychology, affective science, behavioral economics, economics, sociology, consumer behavior, business science, sociology, and political science, that improve our understanding of the many factors underlying decision-making and behavior in the energy domain, and contribute to the development of targeted interventions that aim at reducing energy demand based on these factors.
Author: Barbara A. Burns
Author: Barbara A. Burns
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Author: Solar Energy Research Institute
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Author: Raymond J. Burby
Author: Farina Wille
Author: Ryoju Hamada
Author: John Clifford Jeppesen
Author: Tobias Brosch