Energy Transition and Environmental Sustainability

Energy transitions and environmental sustainability does not occur overnight as it may take years of policy debates both from within domestic jurisdictions and from international organisations. It often requires energy saving technology innovations to drive appropriate investment decisions that can...

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Bibliographic Details
Other Authors: Pearce, Prafula (Editor), Hunter, Tina Soliman (Editor)
Format: Electronic Book Chapter
Language:English
Published: Basel MDPI - Multidisciplinary Digital Publishing Institute 2023
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DOAB: description of the publication
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520 |a Energy transitions and environmental sustainability does not occur overnight as it may take years of policy debates both from within domestic jurisdictions and from international organisations. It often requires energy saving technology innovations to drive appropriate investment decisions that can then allow energy transition to occur. There is no one global solution. Countries progress in their energy transition goals by taking small steps as demonstrated in this special issue, "Energy Transition and Environmental Sustainability". This Special Issue provides thirteen interesting papers showing examples of projects undertaken or challenges encountered in various countries, such as: Legal reforms for energy transition in Taiwan and Japan; Transition towards solar PV in South Korea; Transition to electricity driven buses in Central Europe; Vehicle transition and the development of electric car production in the United States, the European Union and Japan; Cooling solutions for buildings in Pakistan; Projects in Ecuador to replace fossil fuel use with Hydropower; The Role of Electrification in the Decarbonization of Central-Western Europe; Energy technology innovation through the application of new technologies in oil resource development; Wastewater treatment challenges in Poland; Increased climate change litigation facing Australian Energy Companies; Renewable energy solution to a Childcare facility in Tokyo; and Canadian policies to support renewable gas production from organic waste. This Special Issue provides global perspectives and uncertainties on energy transition and will appeal to all levels of readers. 
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653 |a public transport 
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653 |a vehicle traction transition 
653 |a electric vehicles 
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653 |a CO2 reduction 
653 |a energy distribution management 
653 |a energy generation technology management 
653 |a biofuels 
653 |a solar thermal driven absorption chiller 
653 |a optimum collector tilt angle 
653 |a TRNSYS 
653 |a parametric study 
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653 |a air conditioning 
653 |a solar cooling 
653 |a climate change 
653 |a low-carbon energy 
653 |a energy governance 
653 |a energy policy 
653 |a renewable energy 
653 |a scenario quantification 
653 |a linear programming 
653 |a net zero carbon emissions 
653 |a electrification 
653 |a green gases 
653 |a digital oil field 
653 |a oil upstream 
653 |a technology innovation 
653 |a oil exploration and production 
653 |a accidental water 
653 |a precipitation 
653 |a sewer system 
653 |a wastewater treatment costs 
653 |a zero-energy 
653 |a low carbon 
653 |a residential buildings 
653 |a tropical 
653 |a temperate climate 
653 |a energy companies 
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653 |a directors duties 
653 |a policy and governance 
653 |a waste management 
653 |a organic waste 
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653 |a pretreatment 
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653 |a electricity storage management 
653 |a power demand and supply forecast 
653 |a initial charge 
653 |a dynamic inventory control 
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