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electrical engineering --- environment --- renewables --- power system --- environment protection

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Electrical engineering --- Electrical engineering. --- electroenergetics --- thermoenergetics --- renewables --- energy sources --- Relation between energy and economics --- Environmental protection. Environmental technology

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The world is digitising as the need for low-carbon transitions gains urgency. Decarbonising energy requires the digital process control of energy production, transmission and end use. Diversified electrification across sectors requires real-time digital coordination of distributed energy production, At the same time, digitisation is accompanied by significant increases in energy demand, partly compensated through energy efficiency gains. The emergent linkages between digitisation and decarbonisation – that constitute and enable the twin transition – are the subject of this book. The collection features authors from across the social sciences who situate digitisation and low-carbon energy transitions in the socio-technical and political economic contexts in which they unfold, to offer insights on the dynamics and contingencies of digitisation in and beyond the energy sector. This is an open access book.

Central government policies --- Sociology --- Human geography --- Energy technology & engineering --- digitisation --- low carbon energy transition --- energy transition --- renewables --- sustainable energy --- energy policy --- Energy anthropology --- twin transitions --- energy ethnography

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"Time is of the essence. Climate change looms as a malignant force that will reshape our economy and society for generations to come. If we are going to avoid the worst effects of climate change, we are going to need to effectively "decarbonize" the global economy by 2050. This doesn't mean a modest, or even a drastic, improvement in fuel efficiency standards for automobiles. It means 100% of the cars on the road being battery-powered electric vehicles or some other non-carbon emitting powertrain. It means 100% of our global electricity needs being met by renewables and other non-carbon emitting sources such as nuclear power. It means electrifying the global industrials sector and replacing carbon-intensive chemical processes with green alternatives, eliminating scope one emissions - emissions in production - across all industries, particularly steel, cement, petrochemicals, which are the backbone of the global economy. It means sustainable farming while still feeding a growing global population. Responding to the existential threat of climate change, Michael Lenox and Becky Duff propose a radical reconfiguration of the industries contributing the most, and most harmfully, to this planetary crisis. Disruptive innovation and a particular calibration of industry dynamics will be key to this change. The authors analyze precisely what this might look like for specific sectors of the world economy - ranging from agriculture to industrials and building, energy, and transportation - and examine the possible challenges and obstacles to introducing a paradigm shift in each one. With regards to existent business practices and products, how much and what kind of transformation can be achieved? The authors assert that markets are critical to achieving the needed change, and that they operate within a larger scale of institutional rules and norms. Lenox and Duff conclude with an analysis of policy interventions and strategies that could move us toward clean tech and decarbonization by 2050"--

Technological innovations --- Greenhouse gas mitigation --- Green technology --- Climate change mitigation --- Carbon dioxide mitigation --- Environmental aspects. --- Economic aspects. --- clean energy renewables. --- clean technology. --- climate change. --- disruption. --- electrification. --- global decarbonization. --- green buildings. --- industrials. --- market dynamics. --- sustainable agriculture.

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• Reference Manager
• EndNote
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"Time is of the essence. Climate change looms as a malignant force that will reshape our economy and society for generations to come. If we are going to avoid the worst effects of climate change, we are going to need to effectively "decarbonize" the global economy by 2050. This doesn't mean a modest, or even a drastic, improvement in fuel efficiency standards for automobiles. It means 100% of the cars on the road being battery-powered electric vehicles or some other non-carbon emitting powertrain. It means 100% of our global electricity needs being met by renewables and other non-carbon emitting sources such as nuclear power. It means electrifying the global industrials sector and replacing carbon-intensive chemical processes with green alternatives, eliminating scope one emissions - emissions in production - across all industries, particularly steel, cement, petrochemicals, which are the backbone of the global economy. It means sustainable farming while still feeding a growing global population. Responding to the existential threat of climate change, Michael Lenox and Becky Duff propose a radical reconfiguration of the industries contributing the most, and most harmfully, to this planetary crisis. Disruptive innovation and a particular calibration of industry dynamics will be key to this change. The authors analyze precisely what this might look like for specific sectors of the world economy - ranging from agriculture to industrials and building, energy, and transportation - and examine the possible challenges and obstacles to introducing a paradigm shift in each one. With regards to existent business practices and products, how much and what kind of transformation can be achieved? The authors assert that markets are critical to achieving the needed change, and that they operate within a larger scale of institutional rules and norms. Lenox and Duff conclude with an analysis of policy interventions and strategies that could move us toward clean tech and decarbonization by 2050"--

Environmental protection. Environmental technology --- E-books --- Technological innovations --- Greenhouse gas mitigation --- Green technology --- Climate change mitigation --- Carbon dioxide mitigation --- Environmental aspects. --- Economic aspects. --- clean energy renewables. --- clean technology. --- climate change. --- disruption. --- electrification. --- global decarbonization. --- green buildings. --- industrials. --- market dynamics. --- sustainable agriculture.