Education, Communication and Decision Making on Renewable and Sustainable Energy

In the last two decades, we have witnessed the evolution of the energy sector. Many countries throughout the world have been shifting their energy production methods from fossil fuel use to more environmentally friendly methods. These methods are described by the term "Renewable Energy Methods&...

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Bibliographic Details
Other Authors: Ioannou, Konstantinos (Editor)
Format: Electronic Book Chapter
Language:English
Published: Basel, Switzerland MDPI - Multidisciplinary Digital Publishing Institute 2020
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DOAB: description of the publication
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520 |a In the last two decades, we have witnessed the evolution of the energy sector. Many countries throughout the world have been shifting their energy production methods from fossil fuel use to more environmentally friendly methods. These methods are described by the term "Renewable Energy Methods" and entail the production of energy from Renewable Energy Sources (RES) based on wind, water, biomass, solar energy, and geothermal energy. This shift is mainly driven by the increase in public awareness of environmental problems and climate change, which are both related to the increase in Greenhouse Gas (GHG) emissions. The main goal of this Special Issue is to determine methodologies that can be applied in education in order to raise the awareness of students as well as their families about issues related to renewable sources and energy conservation. Furthermore, the authors studied the factors, parameters, and criteria that affect the decision-making involved in the selection of appropriate types of renewable energy sources in order to select the optimal form, both financially and environmentally. Finally, an attempt is made to recognize methods for communicating the usage of RES and energy savings to the public. Such communication methods are necessary because, in many communities, there are issues surrounding the acceptance of RES installation, as the public considers them to be factors of environmental degradation. 
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653 |a actor plurality 
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653 |a energy transition 
653 |a auction scheme 
653 |a Germany 
653 |a Building Integrated Photovoltaic (BIPV) 
653 |a barriers 
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653 |a negative externalities 
653 |a GHG emissions 
653 |a NARDL model 
653 |a Renewable Energy Enterprises 
653 |a Internet 
653 |a benchmark 
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653 |a environmental protection 
653 |a curriculum 
653 |a teacher 
653 |a renewable resources 
653 |a natural gas 
653 |a energy market 
653 |a customer satisfaction 
653 |a industrial customers 
653 |a multicriteria analysis 
653 |a Renewable energy sources 
653 |a energy poverty 
653 |a citizen attitudes 
653 |a Thessaloniki 
653 |a marine renewable energy 
653 |a co-existence 
653 |a co-location 
653 |a Dempster Shafer Analytic Hierarchy Process 
653 |a multi-criteria analysis 
653 |a environmental Kuznets curve 
653 |a deforestation 
653 |a ARDL with bounds test 
653 |a willingness-to-invest 
653 |a energy investments 
653 |a renewable energy sources (RES) 
653 |a perceptions 
653 |a attitudes 
653 |a department of forestry 
653 |a environmental science 
653 |a university students 
653 |a decision-making 
653 |a education 
653 |a communication 
653 |a investments 
653 |a policy 
653 |a RES 
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