This chapter contains sections titled: References and Further Reading.

Access to energy is essential for our daily lives, economic growth, environment, and sustainability. However, our use of fossil fuels has contributed to global climate change, which poses a significant threat to society and life on this planet. Yet, it has been challenging to reconcile the perceived conflict between economics and climate change, which has created deep divisions in our society. ENERGY 2040: Aligning Innovation, Economics, and Decarbonization provides a holistic and comprehensive analysis of the ongoing energy transition and its (...) underlying causes. It presents a viable path to meet the energy, economic, and climate goals by weaving together science, technology, economics, policy, entrepreneurship, and geopolitics. The book presents a captivating narrative that brings together a range of topics, including new and disruptive technologies with steep learning rates, the challenges of the future power grid, the democratization of energy, and reducing the timeline from science to impact at scale. It also explores the complex role of scientific research, disruptive deep tech, entrepreneurship, and policy in accelerating this energy transformation. This book is a must-read for anyone interested in understanding the future of energy. Whether you're a scientist, energy-industry practitioner, policymaker, investor, student, or concerned citizen, this book offers critical insights into the complex and evolving world of energy, innovation, decarbonization, and climate change. (shrink)

Africa's renewable energy resource base is large. Traditional patterns of energy use have resulted in widespread environmental degradation. Renewable energy technologies are capable of harnessing this energy on a sustainable basis. However, despite some notable successes, efforts to disseminate these tech nologies have resulted in numerous failures. The failure of such efforts has been attributed to a variety of problems which have yet to be evaluated in a comprehensive and policy-relevant form. Such analysis is prerequisite to enabling policy-makers to act (...) effectively. (shrink)

In the face of the climate crisis, countries around the globe have committed to reducing greenhouse gas emissions (GHG) and achieving carbon neutrality. While the effects of such commitments remain ambiguous, some risks and obstacles could potentially hinder nations, even leading to failure in fulfilling their climate commitments. The paper presents four major challenges that can impede the global progress towards emission reduction targets as pledged: 1) energy security and global socio-economic development demands, 2) political conflicts, geopolitical instability, and warfare, (...) 3) challenges in developing and scaling emission reduction technologies, and 4) public perceptions toward climate change. Without addressing these challenges, humanity and the Earth's ecosystems will face the dangers of venturing into “uncharted waters” full of uncertainties and disorder. A potential solution to these issues is for the world to transition from an eco-deficit culture to an eco-surplus culture, where the lasting values of Earth's ecosystems are recognized as the conscience of our time. (shrink)

The convergent development of distributed electricity sources, storage technologies, ‘big data’ devices, and novel ICT infrastructure matching energy supply and demand enables new local and collective forms of energy consumption and production. This socio-technical evolution has been accompanied by the development of citizen energy communities that have been supported by EU energy governance and directives, adopting a political narrative of placing the citizen central in the ongoing energy transition. But to what extent are the ideals that motivate the energy community (...) movement compatible with those of neoliberalism that have guided EU energy policy for the last four decades? Using a framework inspired by Michel Foucault’s idea of governmentality, we analyze the two political forms from three dimensions: ontological, economic and power politics. For the ontological and the economic dimensions, neoliberal governmentality is flexible enough to accommodate the tensions raised by the communitarians. In the dimension of power politics however, the communitarian logic does raise a fundamental challenge to neoliberal governmentality in the sense that it explicitly aims for a redefinition of the ‘common good’ of society’s energy supply based on democratic premises. (shrink)

Technology- and product-oriented movements are mobilizations of civil society organizations that generally include alliances with private-sector firms, for which the target of social change is support for an alternative technology and/or product, as well as the policies with which they are associated. TPMs generally involve “private-sector symbiosis,” that is, a mixture of advocacy organizations/networks and private-sector firms. Case studies of nutritional therapeutics, wind energy, and open-source software are used to explore the tendency for large corporations in established industries (...) to incorporate the products and technologies advocated by the TPM. As the incorporation process proceeds, the alternative technologies undergo design transformations that make them more compatible with existing products and technological systems. As the technological/product field undergoes diversification, “object conflicts” erupt over a range of design possibilities, from those advocated by the more social movement–oriented organizations to those advocated by the established industries. (shrink)

In 2011, the Fukushima nuclear accident occurred, and this had a strong effect on public perceptions of energy facilities and services that relate not only to nuclear energy, but also renewable energy resources. Moreover, the accident has also considerably affected national energy plans in both developing and developed countries. In South Korea, several studies have been conducted since the accident to investigate public perspectives toward particular energy technologies; however, few studies have investigated public perceptions of renewable-energy technologies and tracked the (...) transitions. Therefore, this study examines the trend of South Korean public’s perceptions of renewable-energy technologies. Based on data collected in 2016, we validated the structural connections and determined that trust, benefits, risks, and attitude were key determinants of the public’s desire to adopt these technologies; specifically, public attitude was found to be the greatest determinant of this desire. Based on the results, both implications and limitations are examined. (shrink)

The introduction of new energy technologies may lead to public resistance and contestation. It is often argued that this phenomenon is caused by an inadequate inclusion of relevant public values in the design of technology. In this paper we examine the applicability of the value sensitive design approach. While VSD was primarily introduced for incorporating values in technological design, our focus in this paper is expanded towards the design of the institutions surrounding these technologies, as well as the design (...) of stakeholder participation. One important methodological challenge of VSD is to identify the relevant values related to new technological developments. In this paper, we argue that the public debate can form a rich source from which to retrieve the values at stake. To demonstrate this, we have examined the arguments used in the public debate regarding the exploration and exploitation of shale gas in the Netherlands. We identified two important sets of the underlying values, namely substantive and procedural values. This paper concludes with two key findings. Firstly, contrary to what is often suggested in the literature, both proponents and opponents seem to endorse the same values. Secondly, contestation seems to arise in the precise operationalization of these values among the different stakeholders. In other words, contestation in the Dutch shale gas debate does not arise from inter-value conflict but rather from intra-value conflicts. This multi-interpretability should be incorporated in VSD processes. (shrink)

In the Fall of 1977 I gave a paper at a conference organized by the Center for Twentieth Century Studies at the University of Wisconsin, Milwaukee. The title of the paper, published in 1980, was “The American Ideal of a Democratic Technology.” Reading it over now, some thirty-seven years later, I am excited all over again by the debate over the nature and role of technology which was so prominent a part of the 1970s, but actually had its (...) roots in the 19th century. But I am also profoundly dismayed by the ways in which America has squandered the insight and the momentum of that debate. Today there are issues with large components of technology and science on the political agenda; fracking and coal seam gas extraction, the spread of crops of genetically modified organisms and the vacuuming up of masses of private electronic data by the National Security Agency for example. By and large, however, they are not understood to be part of the same political issue of social inequality. And of course there is still the obfuscating, and therefore dangerous, insistence on using the terms “science” and “technology” strategically when discussing these topics, and still the Sacred Cows such as space exploration and the dream of unlimited energy through fusion which seem to float above any consideration of opportunity costs where real social needs are concerned. (shrink)

In the modern world, risks are complex and systemic, and their effects are interconnected with the transformations in different layers of social systems. Global issues are not necessarily reflected in local contexts, and public perceptions of risks may differ significantly from expert assessments. The aim of the article is to reveal the differences between the opinions of the Lithuanian population and experts on economic, environmental, technological, geopolitical and social risks, and to compare the differences between the opinions of local experts (...) and Lithuanian public and the assessments of experts from the Global Risk Reports. The article presents the results of a representative survey of the Lithuanian population and an online survey of municipal experts. The results of the study show that expert and population perceptions quite often coincide, especially in the case of social and economic threats. The biggest discrepancies, when the experts assessed the risks as higher than the population, were revealed in the cases of COVID-19, floods, forest fires, energy disruptions, and the mines from war legacy. Public identified higher risks than experts in the case of traffic accidents, illegal tracking of persons, illegal use of bank accounts/cards, Astravets NPP, and increase in prices. In the perception of risks of Lithuanian population and municipal experts in 2020–2021 economic and social risks dominated, and global risks with long-term effects, such as ecological or geopolitical, were not reflected in the local perceptions. (shrink)

Problem Statement. In modern conditions the reconstruction of self-developing socio-technological- ecological systems, which include man as its element, is actualized. The result of such a construction will be the management of the value of technogenic risk in its biological, social and civilizational forms. And the obvious consequence will be the transition of the development of biopolitical problems to a new, no longer international, but global-evolutionary level. The theory and practice of such a reconstruction can be designated by the category of (...) “Transbiolitics,” which implies the political institutionalization of “ecological re整ection. The article is a logical continuation of our previous publication devoted to the analysis of the transformation of the political process into the main factor of global evolution and the biopolitical transformation of the geopolitical landscape. The purpose of this paper is to create a general sketch of the con散guration of the main trends of the coevolutionary interaction of biological, sociocultural and techno-rationalist modules of the stable evolutionary strategy of the technogenic civilization in the space of bio- and geopolitical connotations of international relations. Based on a combination of methods of conceptual, discursive and political-anthropological analysis (in the context of transbiolitical paradigm) the content of the category “Transbiolitical Chronotope” is revealed: a geopolitically di䍕erentiated set of socio-cultural vectors of modern civilization evolution. In other words, the trans-biopolitical chronotope determines the direction of inclusive technological transformation of both cultural and ecological niche and the biosocial nature of man. The general conclusion/prognosis can be reduced to two theses. Firstly, transbiolitics, formed in a di䍕erentiated cultural-civilizational context, is currently being integrated into the general political process, partially replacing and partially intertwining with geopolitical doctrines in the sphere of international relations. Secondly, the growing con整ict of technological civilization with the cultural and ecological niche constructed by it through the turbulence of the geopolitical sphere of social life can bring the level of technological and civilizational risk to the existential boundary. (shrink)

We propose a new approach for tracing value change. Value change may lead to a mismatch between current value priorities in society and the values for which technologies were designed in the past, such as energy technologies based on fossil fuels, which were developed when sustainability was not considered a very important value. Better anticipating value change is essential to avoid a lack of social acceptance and moral acceptability of technologies. While value change can be studied historically and qualitatively, we (...) propose a more quantitative approach that uses large text corpora. It uses probabilistic topic models, which allow us to trace values that are latent. We demonstrate the approach for five types of value change in technology. Our approach is useful for testing hypotheses about value change, such as verifying whether value change has occurred and identifying patterns of value change. The approach can be used to trace value change for various technologies and text corpora, including scientific articles, newspaper articles, and policy documents. (shrink)

As the price of oil climbs toward $100 a barrel, our impending post-fossil fuel future appears to offer two alternatives: a bleak existence defined by scarcity and sacrifice or one in which humanity places its faith in technological solutions with unforeseen consequences. Are there other ways to imagine life in an era that will be characterized by resource depletion? The French intellectual Georges Bataille saw energy as the basis of all human activity--the essence of the human--and he envisioned a society (...) that, instead of renouncing profligate spending, would embrace a more radical type of energy expenditure: la depense , or "spending without return." In Bataille's Peak , Allan Stoekl demonstrates how a close reading of Bataille--in the wake of Giordano Bruno and the Marquis de Sade-- can help us rethink not only energy and consumption, but also such related topics as the city, the body, eroticism, and religion. Through these cases, Stoekl identifies the differences between waste, which Bataille condemned, and expenditure, which he celebrated. The challenge of living in the twenty-first century, Stoekl argues, will be to comprehend--without recourse to austerity and self-denial--the inevitable and necessary shift from a civilization founded on waste to one based on Bataillean expenditure. Allan Stoekl is professor of French and comparative literature at Penn State University. He is the author of Agonies of the Intellectual: Commitment, Subjectivity, and the Performative in the Twentieth-Century French Tradition and translator of Bataille's Visions of Excess: Selected Writings, 1927-1939 (Minnesota, 1985). (shrink)

Mobile ad hoc network is a network composed of mobile terminals without infrastructure. Due to its fast-networking ability, it is widely used in smart cities, car networking, military, agriculture, medicine, and other fields. Routing technology is a key technology in the field of MANET. The energy consumption is optimized through the technical network simulator NS-3, and the nodes in the MANET routing protocol can accurately simulate the problem, thereby optimizing the MAC layer of important research tools. This article (...) combines the advantages of the lithium-ion battery model. Compared with the KiBaM battery model, the effective charge in the KiBaM model simulates the output voltage well, which can reflect the battery capacity effect rate and the recovery effect of the lithium-ion-KiBaM battery model. The model can respond to the characteristics of the output voltage as the society gets lower and lower. In order to solve the problem that the analytic solution of differential equations cannot be obtained in the model, a numerical solution of the optimization algorithm is proposed based on the implicit Runge–Kutta method. The MAC layer energy consumption and routing protocol optimization algorithm proposed in this paper can be applied well in various fields. (shrink)

Technologies lower constraints and expand affordances. As a consequence, they tend to redesign the corresponding space of risks in which agents operate and interact. This paper analyses the concept of metatechnological risk from an ethical perspective, arguing that such an approach is necessary in order to mitigate future global energy crises.

Modal concepts as possibility, necessity, contingency and reality belong to the most important means of reflection. They constitute philosophical systems - but they are not used in a systematic way to characterize technology. The central ontological problem consists in the fact that technology is based on new ideas, which at the beginning are a mere possibility, because the intended artifacts and processes never existed up to that moment. Even the blueprint expresses a possibility. But these possibilities must be (...) realizable, since technological artifacts or processes have to work properly in the world following physical andcausal necessity. Moreover, boundary conditions, sometimes seen as feasibility (a very special kind of conditioned possibility), have to take into account conditions of the real world (as material, energy, local conditions), cognitive conditions (theoretical knowledge, know how – i.e. dispositions, which are possibilities, too), social and cultural conditions (norm, values i.e. deontic possibilities). They all constitute the realm of technological possibility. Within this region the development of technology takes place. But at the same time they have influenced our thinking and our culture from the very beginning. (shrink)

In recent years, governments in a large number of countries have introduced so-called deployment policies to foster the diffusion of clean energy technologies. While there is little doubt that these demand-side measures have been very effective in raising the share of clean electricity generation, currently, much less is known about how deployment policies affect—and are affected by—technological innovation beyond the mere diffusion of existing technologies. Against this backdrop, this dissertation abstract and commentary presents the dissertation work of Dr. Joern Hoppmann. (...) Based on a discussion of deployment policies as a means for addressing pressing societal issues, the dissertation abstract describes four essays that provide a detailed account of the role that these policies play for technological learning in the solar photovoltaic industry. The theoretical background, methods, and main findings of each of the essays are briefly summarized. Building on this, this abstract discusses implications for managers and policy makers in terms of how to improve the design of deployment policies and navigate businesses in policy-induced markets. (shrink)

An exploration of commercially available technologies that can enhance energy security and address climate change and public policy options crucial to their adoption.

This article describes the fight of transnational civic networks to influence business development strategies and counter the threats to environmental and labor rights posed by the construction and exploitation of the Baku-Tbilisi-Ceyhan (BTC) oil pipeline in Transcaucasia. The article starts by discussing the role of civil society in the global struggle for sustainable development. Then a brief overview of the geopolitical significance of the Transcaucasian-Caspian region in today’s oil and gas markets is presented. The case study looks at how the (...) actions of international and domestic nongovernmental organizations influenced the BTC’s main shareholder and operator company, British Petroleum, as well as host countries’ governments, to switch to more environmentally cognizant and socially responsive practices. The article discusses internationalization of civil society networks in response to the looming environmental crisis in the region, using the BTC case as an illustration. The article concludes by generalizing from this particular case study to the broader issue of transnational civic activism as a risk-mitigating factor in the world dominated by industry-related threats presented by globalization of the extractive technologies. (shrink)

The hydrogen economy has received increasing attention recently. Common reasons cited for investigating hydrogen energy options are improved energy security, reduced environmental impacts, and its contribution to a transition to sustainable energy sources. In anticipation of these benefits, national and local initiatives have been launched in the United States, creating pilot “roadmaps” and technology partnerships to explore hydrogen economy platforms. Although hydrogen can provide several positive improvements over a carbon- or uranium-based energy system, several problems are also likely. As (...) well, competitive technologies (e.g., hybrid vehicles) may offer comparatively greater economic and/or environmental advantages. Before policies to advance a hydrogen energy economy proceed, it is vital that all aspects of hydrogen be compared with other available alternatives. Important questions to ask in this regard are whether a hydrogen economy can fulfill key energy needs and whether there are appropriate roles for hydrogen to play in a sustainable energy future. (shrink)

The acquisition of a nuclear power reactor from the North American company Westinghouse in 1964 not only brought atomic practices and knowledge to Spain but also introduced new methods of industrial organization and management, as well as regulations created by organizations such as the US Atomic Energy Commission and the International Atomic Energy Agency. This article analyzes the history of the knowledge, regulations and experimental practices relating to radiation safety and protection that traveled with this reactor to an industrial space: (...) the Zorita nuclear power plant. Within this space, the appropriation, use, and coproduction of knowledge and practices were conditioned by political, economic, industrial and social factors, and by the engineers, researchers and other professionals who contributed expert knowledge. Material held in the Tecnatom Historical Archive—the engineering company that coordinated construction of the plant—is the main source for this work, which delves into the history of knowledge and atomic technologies and adds to the historiography of radiological protection in Spain.ZusammenfassungMit dem Kauf des ersten Kernreaktors von der nordamerikanischen Firma Westinghouse im Jahre 1964 gelangten neue atomare Praktiken und Kenntnisse nach Spanien, ebenso wie neue Formen der Organisation und des Managements dieses Industriezweigs und bis dahin in Spanien unbekannte Regelungen, wie z. B. die der US Atomenergiekommission und der Internationalen Atomenergiebehörde. Der vorliegende Artikel analysiert die Geschichte des – angeeigneten, genutzten und koproduzierten – Wissens, der Vorschriften und der experimentellen Praktiken hinsichtlich der Strahlensicherheit und des Strahlenschutzes, die mit der Inbetriebnahme des Reaktors im industriellen Komplex des Kernkraftwerks Zorita einhergingen. Dort, wo Wissen und Praktiken durch politische, wirtschaftliche, industrielle und soziale Faktoren bedingt waren, waren neben den Ingenieuren und Forschern auch andere Fachleute beteiligt, die gleichermaßen kompetentes Wissen beisteuerten. Das Material, das im Historischen Archiv von Tecnatom, dem Ingenieurbüro, das den Bau der Anlage koordinierte, aufbewahrt wird, ist die Hauptquelle dieser Arbeit, die versucht, die Geschichte des Atomwissens und der Atomtechnologien zu vertiefen und die Darstellungen zur Geschichte des Strahlenschutzes in Spanien zu erweitern. (shrink)

This article examines the social, technological, and energy limits to growth from a historical perspective. Various suggestions to surmount these limits are evaluated and found to be wanting, especially in the face of a rapidly evolving energy crisis as the era of oil comes to an end. It concludes that there are genuine reasons to be concerned about the human prospect.

In the years that have passed since publication of the Club of Rome's seminal report "Limits to Growth," the issues raised in terms of development, resource use and the environment have become ever more pressing. The potential of advances in science and technology to affect all aspects of life, including development, was then little understood. Today's unparalleled burst in scientific and technological creativity has given new options and opportunities to the world economic system. Central to this process is a (...) series of concepts which includes the scientification of technology, by which technology is increasingly generated and developed on scientific bases, the breaking down of interdisciplinary barriers and mankind's new found capacity literally to invent resources, leading to the emergence of whole categories of new materials. These changes make possible a new approach to economic growth, relying on decentralization and flexibility and the selection of technology mixes best suited to different socio-economic and cultural contexts. In parallel, the key importance above all of the information technologies is producing a dematerialization of goods, a trend exemplified by the shift from product oriented to function oriented industries. The new technologies of the 1980s are cross-fertilizing and self-disseminative. They are creating an exceptional number of innovative options in processes, products, services, organization and markets. Mature industrial sectors can undergo a process of rejuvenation to recover competitiveness by the grafting of advanced technologies onto traditional activities. The results are already evident in industrialized countries, such as Italy. The flexibility offered by the new technologies offers perhaps our best hope for a solution to the widening gap between rich and poor nations, contrary to the belief that identifies in advances in science and technology the seeds of a process of polarization dividing the world. The countries of the United States, Japan and Western Europe--the so-called Triad Power--dominate the emerging technologies and their applications. In fact, given the pace of today's technological revolution, developing countries are effectively excluded from active participation in the process of technological change. New technologies are not "off the peg," they have to be learned and controlled, to be introduced into an existing flexible system possessing trained manpower and an adequate capital base. Introduction into the Third World, where these essential conditions are frequently lacking, will not be a painless process. Technology transfer without adaptation is likely to have undesirable cultural and societal disadvantages. North and South are simultaneously experiencing radically different processes of evolution: the former, through restructuring and innovation; the latter, through the drive for more quantitative growth. Continuing stress on quantitative growth carries with it the risk that other goals--environmental quality, even the eradication of poverty--may suffer. Here lies the possibility that unless economic patterns change, today's imbalance between the haves and the have nots may be perpetuated or even consolidated. The countries of the North individually all face problems in addressing these issues. The international banking system is hamstrung with the problems of Third World debt. Primary producers no longer command high prices for their raw materials on world markets and so this source of development funding is also drying up. The need is therefore for a global approach. In each Third World situation, specific needs and requirements must be identified to be tackled via technology blending, whereby a mix of emerging and traditional technologies is selected to raise the quality of output to the levels now demanded by a sophisticated world economy. Another important area is that of energy, together with the worsening environmental and even climatic effects of energy policies. The need is for a long term strategic view to marshall the contribution new technologies can make to improving the lot of mankind in full respect for his environment. Technological change also implies societal change. In labor markets, labor mismatch creates pockets of employment which are difficult to eradicate. Yet, overall, the hope is that expanding economic horizons will create unlimited opportunities for new jobs and new skills. The key is education and training. A feed and feedback mechanism between education and the economy represents an intangible investment in the future. Economic growth, technological innovation, development of culture and society, have always moved together with synergism. Current changes are not so much just physical as conceptual. We are passing from a mechanical (or mechanistic) society to one that can be termed cybernetic. Causality, sequentiality and hierarchy are giving way to a functional interdependence at a systems level. Greater participation will produce more opportunities for self-fulfillment. As old social equilibria collapse, management of social change can be seen to be as important as management of technological change. The technological revolution has deep roots in Western culture. It is a liberating force that can lead to greater cultural enrichment. By understanding the changes now underway, we can ensure that the new pattern of society that emerges from exploitation of the new technologies retains man at its center and so benefits the whole of humanity. (shrink)

The development of nuclear energy technologies in the second half of the 20th century came with great hopes of rebuilding nations recovering from the devasta-tion of the Second World War or recently released from colonial rule. In coun-tries like France, India, the USA, Canada, Russia, and the United Kingdom, nuclear energy became the symbol of development towards a modern and technologically advanced future. However, after more than six decades of experi-ence with nuclear energy production, and in the aftermath of the (...) Fukushima nuclear disaster, it is safe to say that nuclear energy production is not without its problems.Some of these problems have their origins in the very materiality of the technolo-gies involved. For example, not only does the use of highly radioactive materials give rise to risks for the current generation (e.g., in the potential for disaster when reactors melt down) but high-level radioactive waste from nuclear energy production presents a serious intergenerational problem for which an acceptable final solution or its implementation remains elusive. Moreover, nuclear energy technologies have specific social and political consequences. For example, they have been said to be authoritarian technologies (Winner, 1980), requiring cen-tralized authority, secrecy, and technocratic decision-making. While some of these problems could have been foreseen before nuclear energy technologies were introduced, others only arose after these technologies were already integrated into the social and infrastructural fabric of our lives. Addition-ally, new technologies (e.g., Generation III, III+ and IV reactors) are still being developed, bringing with them new and uncertain hazards and risks. Ignorance and uncertainty about the possible deleterious effects of introducing a new technology are inevitable, especially if the technology is complex, large time-scales are involved, or risks depend on social or political factors unforeseen in the design stage. However, this should not deter us from developing and intro-ducing new technologies. Rather, it should motivate us to organize these ‘exper-iments’ with new technologies in society in such a way that we can learn about their possible hazards and risks as effectively and responsibly as possible (van de Poel, 2011, 2015). In this way, it is possible to minimize risks and avoid unwant-ed moral, social or political developments. However, organizing such experi-ments responsibly also means that one could come to the conclusion that continuing an experiment is no longer responsible or desirable. Should we be prepared for such a scenario, and if so, how could we do that? One possible strategy to tackle this issue is that the technology and its introduction should be reversible. The aim of this thesis is to further explore this strategy by answering the following main research question (RQ) and accompanying subquestions (SQ):RQ: What are the implications of reversibility for the responsible develop-ment and implementation of nuclear energy technologies?SQ1: Under what conditions can nuclear energy technologies be considered reversible?SQ2: Why should nuclear energy technologies be reversible?SQ3: If so, how could the reversibility of nuclear energy technologies be achieved?After the introductory chapter 1, the chapters that form the main body of this dissertation each provide a distinct contribution to answering the three subques-tions and, by extension, the main research question. Guided by three historical case studies of nuclear energy technology development (i.e., India, France and the USA), chapter 2 answers the first subquestion by formulating the two condi-tions under which it can be considered reversible, i.e., 1) the ability to stop the further development and deployment of a that technology in society, and 2) the ability to undo the undesirable outcomes (material, institutional or symbolic) of the development and deployment of the technology. Chapter 3 subsequently tackles the second subquestion by establishing the general desirability of technological reversibility by virtue of its relation to responsibility in Emmanuel Levinas’ ethical phenomenology. It argues that technology development is a legitimate response to responsibility but inevitably falls short of the responsibility that inspires it, incessantly calling for technological and political change in the process. Having thus argued that nuclear energy technologies should ideally be reversible, chap-ters 4 and 5 work towards specific strategies to achieve technological reversibil-ity. Chapter 4 first investigates the processes that make it difficult to stop the further development and implementation of a nuclear energy technology in society, thus provid-ing input on how to fulfill the first condition for the reversibility of nuclear energy technologies. To do so, it presents a phenomenological perspective on technology and its adoption based on the work of Alfred Schutz. It also explores different ways in which technology adoption drives the processes of path depend-ence towards technological lock-in. Chapter 5 examines the history of geological disposal of high-level radioactive waste in the USA. It identifies a number of concrete policy pitfalls that could lead to lock-in and that should consequently be avoided. It also presents a number of general design strategies that could facilitate the undoing of undesirable consequences of a technology, thus providing input on how to fulfill the second condition for the reversibility of nuclear energy technol-ogies.Chapter 6 summarizes the central findings of the thesis and explains how these help to answer the research questions. On top of this, it reflects on a number of complications connected to reversibility considerations. Based on this, it is concluded that the question of irreversibility and reversibility is context- and technology-specific and a matter of degree. The chapter concludes with a reflec-tion on generalizations and limitations of the results. Finally, chapter 7 discusses the implications of this dissertation’s results for responsibly experimenting with nuclear energy technologies in society. (shrink)

_ This scholarly article explores the pivotal role of green technologies and innovation in shaping a sustainable future. With the growing concern over environmental degradation and climate change, there is an increasing need for transformative solutions. This article investigates the current landscape of green technologies, their potential impact on sustainability, and the role of innovation in driving positive change. By examining case studies and emerging trends, it aims to provide insights into the promising avenues for creating a more environmentally conscious (...) and resilient world._. (shrink)

To a large extent and one that is highly structuring, energy choices that are made in a society are political choices. This article aims at studying how these choices can be redirected by technological developments associated with renewable energy, thus contributing to a redistribution of opportunities and correspondingly to social reorganizations. In order to show that the development of alternative energies not only depends on technological advances but can also, in the process, reveal political potentialities, three steps are proposed. The (...) first step will clarify the theoretical arguments in favor of an approach in terms of “technological potentialism.” Second, we will extend this approach by identifying a set of potentialities linked with renewable energies and the model that could arise from these alternative forms or approaches. Finally, we will examine how these potentialities could find paths to become effective. (shrink)

Originally published by Ballinger, this book is a result of an Atlantic Council study of U.S. international relationships on energy. It examines the uncertainties of a political, strategic, economic, and technological nature that are involved in energy supply, as well as the unavoidable certainty of finite resources.

This study examines an important aspect of energy history and policy: the intertwinement of energy technologies with ideals. Ideals play an important role in energy visions and innovation pathways. Aspirations to realize technical, social, and political ideals indicate a long-term commitment in the design of energy systems, distinguishable from commitment to other abstract goals, such as values. This study offers an analytical scheme that could help to conceptualize these differences and their impact on energy policy. In the proposed model, two (...) spheres of interaction are highlighted: a material sphere in which values and technologies co-evolve, and an imaginary sphere in which ideals interact with idealized technologies. Furthermore, the relation between these two spheres can be understood in different ways. This study examines three cases that are illustrative of the different roles of ideals in the development of energy technologies and visions: (1) the evolution of safety in nuclear reactor design; (2) visions of atomic power in France; (3) the political idealization of a tidal power scheme in the Severn Estuary. Finally, the developed model implies more general insights for the development of sociotechnical systems. Amongst others, it shows why certain projects and technologies remain a political, but not a techno–economic option. (shrink)

We reviewed the output of research and innovation cooperation between Russia and the US, including publications and patents, in the four prospective areas of energy efficiency and renewable energy during 2007-2011. Joint US-Russia research groups appear to focus primarily on hydrogen energy (fuel cells), followed by solar photovoltaics. The upcoming areas of smart grid and biofuels were left out entirely both from research and innovation collaboration. Russian patents in green energy technologies registered in the US are very low in comparison (...) to those from Japan, Korea, and China. (shrink)

Significant challenges confronting China include reducing carbon emissions, dealing with the resulting problems, and meeting various requirements for long-term economic growth. As a result, the shift in industrial structure best reflects how human society utilizes resources and impacts the environment. To meet China's 2050 net-zero emissions target, we look at how technological innovations, financial development, renewable energy investment, population age, and the economic complexity index all play a role in environmental sustainability in China. Analyzing short- and long-term relationships using ARDL (...) bounds testing, we used historical data spanning 1990–2018. According to the study's findings, the cointegration between CO2 emissions and their underlying factors was found. The deterioration of the environment directly results from financial development, increasing economic complexity, and population aging. Technical advancements, investments in renewable energy sources, and changes to the industrial structure all contribute to lower CO2 emissions. Granger causality results were also reliably obtained in this study. According to our findings in the fight against environmental problems, a key tool for meeting long-term sustainability goals is policy prescriptions that use technological innovations, renewable energy investment, and industrial structure. (shrink)

As new energy vehicle is the future of automobile development, it is of great significance to dig deeper into the technical topics and development trends of new energy vehicles for accurately understanding the technical trends of the new energy vehicle industry, grasping development opportunities, and scientifically formulating strategic plans. This paper takes the patent texts in the field of new energy vehicles from 2000 to 2020 in the patent database of CNKI as the data source, identifies 25 technical topics implied (...) in the patent texts by using the LDA topic model, analyzes the evolution trend of the 25 technical topics in terms of importance and popularity, and predicts the popularity and development trend of each technical topic in new energy vehicles from 2021 to 2025 by constructing the ARIMA model. The popularity and development trend of each technology topic of new energy vehicles in China from 2021 to 2025 are predicted by constructing ARIMA model. Drawing on quantitative evidence, the study found that there are top five technical topics in terms of importance in this field, namely, Topic 8, Topic 5, Topic 14, Topic 9, and Topic 15. From 2014 to 2020, the importances of Topic 5, Topic 8, Topic 6, Topic 9, and Topic 15 are gradually rising. In terms of popularity of technical topics, from 2014 to 2020, the first to fifth topics are Topic 20, Topic 8, Topic 3, Topic 15, and Topic 10. Based on the prediction of ARIMA model, it is found that the popularity of these five technical topics is steadily increasing from 2021 to 2025, among which the popularity of Topic 20 will increase from 63.58 to 113.07, the largest increase in popularity among all technical topics. The paper provides implications for countries dedicated to developing the new energy vehicle industry. (shrink)

Massive geopolitical shifts and dramatic developments in computerization and biotechnology are heralding the transformation from the modern to the postmodern age. We are confronted with altered modes of work, communication, and entertainment; new postindustrial and political networks; novel approaches to warfare; genetic engineering; and even cloning. This compelling book explores the challenges to theory, politics, and human identity that we face on the threshold of the third millennium. It follows on the success of Best and Kellner s two previous books: (...) Postmodern Theory, acclaimed as the best critical introduction to the field, and The Postmodern Turn, which provides a powerful mapping of postmodern developments in the arts, politics, science, and theory. In The Postmodern Adventure, Best and Kellner analyze a broad array of literary, cultural, and political phenomena--from fiction, film, science, and the Internet, to globalization and the rise of a transnational image culture. They use the best of modern and postmodern perspectives to illuminate contemporary life and to strive for a just and viable future. Gold Medal Winner in Philosophy--ForeWord Magazine's Book of the Year Awards. (shrink)

In this paper, we present an interdisciplinary discussion on the relations between Science–Technology Education and Culture both historical standpoint and nowadays. The idea that a human mind can produce an intellectual revolution within science and its approaches strongly crossed like a paradigm both in the history of sciences and disciplines–literatures : but what about its social impact and science mission, as well? To describe the impact of the disseminated knowledge is a consequent aim. A case study on energy conceptualization (...) and its exhibitions in Society in Context is discussed; their correlations with education, science–techniques, industry and social impacts are discussed, as well. (shrink)

Awareness of global warming has been widespread for two decades, yet the American political system has been slow to respond. This essay examines, first, political explanations for policy failure, focusing at the federal level and outlining both short-term partisan and structural explanations for the stalemate. The second section surveys previous energy regimes and the transitions between them, and policy failure is explained by the logic of Thomas Hughes’s ‘technological momentum’. The third section moves to an international perspective, using the Kaya (...) Identity and its distinction between energy intensity and carbon intensity to understand in policy terms ‘technological fixes’ vs. low-carbon alternatives. The final section reframes US energy policy failure and asks: (1) Why, between 1980 and 1999, was America’s actual performance in slowing CO2 emissions better than its politics would seem capable of delivering? (2) How and why has the United States since c. 2007 managed to reduce per capita CO2 emissions? (shrink)

Energy system planning becomes essential in order to match demand and supply, where cost minimization is a primary objective. In addition, it is also of great significance in assessing the proper mix of energy sources so that energy systems meet the given load profile in a most efficient and cost-effective way. Lately, climate change has brought an increased amount of challenge for energy systems planners. As a result, there are varieties of planning methods and tools available today, either commercially or (...) noncommercially. However, from the literature it is evident that most of these tools are targeted primarily for the developed world, thus leaving the developing world behind, where the energy issue is even more critical. Hence, the principal focus of this article is on the study of rural energy systems planning tools that have been developed so far and an assessment of their features. In a nutshell, this article presents a background review on rural electrification studies from the perspective of available planning and modeling tools. First, an overview of the energy models and their classifications are briefly discussed in general. Afterward, various rural energy models developed so far are reviewed. This review article will give a quick and broad picture of rural energy models and assist researchers, policy makers, and energy planners who are working with energy systems in the developing world. (shrink)

Energy poverty is a key detriment to labor productivity, economic growth, and social well-being. This article presents a qualitative review of literature on the potential role of intelligent communication technology, web-based standards, and smart grid technology to alleviate energy costs and improve access to clean distributed energy in developed and developing countries. It puts forward the argument that energy poverty can be addressed through the use of smarter technologies— which inform decisions we make as individual and corporate citizens, (...) policy makers, and elected officials. Furthermore, the potential application of smarter technologies and energy mapping is explored at the global, national, and provincial levels, with particular attention on their ability to affect our choice of energy and resulting economic impacts. (shrink)

The article proposes an approach to monitoring the efficiency of consumption of energy resources in technological systems, which is based on observing the precedents of stationary energy consumption. This approach allows us to adapt to the local conditions of the technological system and to detect in a timely manner any disturbances of the technological process that lead to unexpected energy losses. The peculiarity of energy monitoring based on observing and fixing the precedents of stationary conditions of energy consumption consists of (...) the formation of precedent images in the form of stochastic estimates of factors of influence on energy consumption and subsequent processing by methods of artificial intelligence. (shrink)

Contemporary research highlights multiple societal and environmental benefits in addition to potential economic advantages associated with renewable energy utilization. As federal and state incentives for investments in RE technologies become more prevalent, RE sources represent increasingly viable alternatives to established fossil fuel energy. RE utilization is recognized as a key component of “green” product innovation that helps firms reduce the environmental impact of production processes and diminish their ecological footprints and energy consumption. Yet, despite consistent evidence that corporate sustainability initiatives (...) are favorably associated with firm performance, the limited research that examines associations between RE initiatives and firm performance yields mixed results and an explicit link has yet to be established. Drawing on the natural resource-based view of the firm, we examine the association between RE utilization and firm financial performance over time. Annual ROI, Tobin’s Q, and operating margin for large U.S. firms identified as exceptional users of RE in the EPA’s Fortune 500 Top Green Power Partners list are compared with their respective industry medians over a 7-year period and post hoc bootstrapping and sensitivity analyses are performed to further validate the study findings. Our research advances current knowledge about the influence of RE utilization by demonstrating that top RE user firms consistently generated superior financial performance compared to their industry competitors. As such, the study findings lend credence to the existence of a business case that complements the societal and environmental benefits of RE utilization. (shrink)

The technologies, markets, and administrations of today's knowledge society are in crisis. We face recurring disasters in every domain: climate change, energy shortages, economic meltdown. The system is broken, despite everything the technocrats claim to know about science, technology, and economics. These problems are exacerbated by the fact that today powerful technologies have unforeseen effects that disrupt everyday life; the new masters of technology are not restrained by the lessons of experience, and accelerate change to the point where (...) society is in constant turmoil. In Between Reason and Experience, leading philosopher of technology Andrew Feenberg makes a case for the interdependence of reason--scientific knowledge, technical rationality--and experience. Feenberg examines different aspects of the tangled relationship between technology and society from the perspective of critical theory of technology, an approach he has pioneered over the past twenty years. Feenberg points to two examples of democratic interventions into technology: the Internet and the environmental movement. He examines methodological applications of critical theory of technology to the case of the French Minitel computing network and to the relationship between national culture and technology in Japan. Finally, Feenberg considers the philosophies of technology of Heidegger, Habermas, Latour, and Marcuse. The gradual extension of democracy into the technical sphere, Feenberg argues, is one of the great political transformations of our time. (shrink)

Despite the ubiquity and critical importance of science and technology in international affairs, their role receives insufficient attention in traditional international relations curricula. There is little literature on how the relations between science, technology, economics, politics, law and culture should be taught in an international context. Since it is impossible even for scientists to master all the branches of natural science and engineering that affect public policy, the learning goals of students whose primary training is in the social (...) sciences should be to get some grounding in the natural sciences or engineering, to master basic policy skills, to understand the basic concepts that link science and technology to their broader context, and to gain a respect for the scientific and technological dimensions of the broader issues they are addressing. They also need to cultivate a fearless determination to master what they need to know in order to address policy issues, an open-minded but skeptical attitude towards the views of dueling experts, regardless of whether they agree with their politics, and (for American students) a world-view that goes beyond a strictly U.S. perspective on international events. The Georgetown University program in Science, Technology and International Affairs (STIA) is a unique, multi-disciplinary undergraduate liberal arts program that embodies this approach and could be an example that other institutions of higher learning might adapt to their own requirements. (shrink)

Until recently, Australia had little installed wind capacity, although there had been many investigations into its potential during the preceding decades. Formerly, state-owned monopoly utilities showed only token interest in wind power and could dictate the terms of energy debates. This situation changed in the late 1990s: Installed wind capacity began growing rapidly following the introduction of supportive renewable energy policies and the restructuring of the electricity industry. However, wind farms still provide only 1% of Australia's electricity, the future of (...) supportive policies is uncertain, and industry momentum is yet to become self-sustaining. Wind power, the authors argue, faces significant technological and institutional barriers, which need to be overcome if wind power is to play a significant role in Australia's electricity supply. The current window of opportunity is providing—for the first time—a significant space in which these barriers can be better understood and addressed and the requirements for wind power institutionally embedded. (shrink)

Despite the fact that they are in most respects environmentally benign, electricity-generating wind turbines frequently encounter a great deal of resistance. Much of this resistance is aesthetic in character; wind turbines somehow do not "fit" in the landscape. On one view, landscapes are beautiful to the extent that they are "scenic," well-balanced compositions. But wind turbines introduce a discordant note, they are out of "scale." On another view, landscapes are beautiful if their various elements form a stable and integrated organic (...) whole. But wind turbines are difficult to integrate into the biotic community; at least in certain respects, they are like "weeds." Moreover, there is a reason why the 100-meter, three bladed wind turbines now favored by the industry cannot very well be accommodated to any landscape view. They are, as Albert Borgmann would put it, characteristic of contemporary technology, distanced "devices" for the production of a commodity rather than "things" with which one can engage. It follows that the only way in which the aesthetic resistance to wind turbines can be overcome is to make them more "thing-like." One such "thing-like" turbine is discussed. (shrink)