This case study of a 2016 Florida constitutional amendment analyses the semiotic devices and mechanisms of shaping public opinion on solar energy and beliefs about energy distribution. After a nationwide rise in rooftop solar installations between 2014 and 2015, utilities in several US states were faced with challenges to their business models. Anticipating similar problems in Florida, utilities and energy corporations promoted constitutional amendments. This semiotic analysis follows the voter from the billboards and flyers to (...) the text on the ballot. Starting from Peirce’s phenomenological categories, this critical analysis of the campaign reveals how the goals of the amendment were shrouded in positive environmental and consumer protection narratives. Lakoff ’s cognitive linguistics and Stibbe’s ecolinguistics support a deeper analysis of the ballot text. This study shows that by leaving key concepts (especially net metering) out of the discourse, the ballot text successfully framed an anti-solar amendment as a pro-consumer measure, while hiding the direct legal implications concerning alternative energy distribution. In particular, this study explains the opposition to the sharing of surplus in the context of neoclassical economics as a key factor in shaping beliefs about alternative energy distribution. (shrink)

China is the world’s largest market for solar water heating systems, installing 13 million square meters of new systems in 2004, mostly in large cities. Municipal authorities, however, are sensitive to quality and visual impact issues created by this technology deployment. Therefore, there is currently a trend toward developing building integrated systems as well as upgrading building codes, establishing testing and certification programs, and educating building architects and developers. The use of photovoltaics for urban and grid-connected applications has lagged (...) behind the solar water-heating market; however, in 2003, a 1 MW photovoltaic-rooftop system was constructed in Shenzhen in southern China and several demonstration building integrated systems have since been installed. There is also an emerging interest in photovoltaics for distributed generation and grid support in China. Trends and requirements for developing solar urban applications in China will be presented in this article. (shrink)

Underlying solar energy development is a fundamental issue of values and individual choices. Where solar energy comes to include such ideas as appropriate decentralized technology, self-sufficiency and autonomy, and a responsibility to conserve and preserve the environment, solar energy can become a channel for exploring alternative values. The requirement here is to view solar energy not as just anotherenergy source maintaining an ever increasing fiow of consumption goods. Rather, solar energy (...) should be viewed as an opportunity for the development of values which expand individual choices through the creative process of the community paradigm. (shrink)

Inspired by early-nineteenth-century discoveries about heat transfer, the French physicist Claude Pouillet measured the influx of solar radiation at the earth and, in 1838, asked what these observations revealed about the temperature of the sun and of space itself. At about the same time, the British natural philosophers John Herschel and J. D. Forbes made similar measurements in order to better understand the sun's influence on climate. This paper tells how and why Pouillet, Herschel and Forbes made the first (...) estimates of the solar constant, estimates which would acquire new importance with the discovery of the laws of thermodynamics by the mid century. (shrink)

Projects energy usage in the United States to the year 2000 and analyzes the technical practicality and economic viability of the photovoltaic conversion of solar energy.

India dropped its target of 500 GW of renewable energy capacity fossil fuel sources by 2030. Its responsibilities the United Nations Framework Convention Climate Change [UNFCCC],and reducing radiations by one billion tonnes by the end of the decade at the COP26 conference, held in Glasgow in November 2022. Researchers are continually searching for inexhaustible and reasonable energy sources. Solar energy is one of the greenest sources of energy and is also one of the cleanest. The (...) most important factor in using solar energy is the location of the solar power plant. The main objective of this study is to find the best location for a new solar power plant in a specific region called Bundelkhand region of Uttar Pradesh in India. Here we offer an extension of ELECTRE III method as two-phase Pythagorean neutrosophic elimination and choice translating reality PN-ELECTRE-III) method to adapt with fuzzy, ambiguous, unsure, and indeterminate criteria. The Pythagorean neutrosophic numbers [PNNs] used by the group decision support system of PN-ELECTRE III to measure performance of the alternatives. The options are entirely outclassed in the subsequent stage in view of the past stage's evaluations of them. By defining PNN we describe the technique of indifference threshold functions, preference treshold and veto threshold functions, which provide a more stable basis to drop outranking relations. By calculating the concordance credibility, discordance credibility and net credibility degrees of each alternative, the ranking module of the PN-ELECTRE III approach is made simpler. In order to confirm the applicability of the strategy suggested in this paper, the location selection problem for solar plants is finaly solved. (shrink)

This book reviews the spectrum of economic methods that have been developed from themid-1970s to the mid-1980s to analyze the feasibility of solar systems and shows how the use ofthese techniques has influenced federally sponsored research, development, and demonstrationprograms.

This book is a philosophical essay on the sun. It draws on Georges Bataille’s theories of the general economy and the violence of the nonhuman and demonstrates their relevance to a world affected by the COVID-19 pandemic and climate change. Since Antiquity, the sun has played an essential role in our utopian imaginations – either as the ultimate source of energy, or as the symbol of the state sovereignty. The attitude towards the sun has shifted historically, from praising it (...) as a supreme god to exploiting it as the most powerful fuel. In capitalism, both economic growth and green sustainable developments imply infinite expansion and colonization, with disastrous consequences on the cosmic scale. According to Bataille, an alternative is suggested by the sun itself, which gives without reciprocation. Timofeeva argues that this alternative can be taken as the model for human societies, and she locates the grounds for solar politics in solidarity with nature, treated neither as a master nor as a slave, but rather as a comrade. The book will be appeal to students, academics, artists and other readers interested in the philosophy of nature, ecology, social and political theory, postcolonial and decolonial studies, and the humanities generally. (shrink)

Solar Resources takes stock of the resource - sunlight - on which any plan for solar heat conversion technologies must be based. It describes the evolution of theoretical models, algorithms, and equipment for measuring, analyzing, and predicting the quantity and composition of solar radiation, and it reviews and directs readers to insolation databases and other references that have been compiled since 1975. Following an overview of solar energy research by the editor, Raymond J. Bahm presents (...) a comprehensive guide to available insolation databases and other information resources in the United States. Charles M. Randall and Richard Bird discuss the theoretical models and algorithms used to characterize the transference of solar radiation through the earth's atmosphere. Their chapter also addresses the important question of the accuracy of the data sets produced by the various modeling methods and algorithms. The National Weather Service monitoring network and other major monitoring networks in the United States are discussed by Kirby Hanson and Thomas Stoffel. And Eugene Zerlaut covers the instrumentation used to measure total solar irradiance and spectral solar irradiance; he describes types of equipment, their manufacturers, procedures for calibration, and the accuracy of the data produced. Richard Bird and Carol Riordan explain the nature of spectral solar irradiance at the earth's surface, and John Jensenius describes the NWS Operational Solar Insolation Forecast System, which predicts the daily total global-horizontal insolation for two days. In the concluding chapter, Claude Robbins summarizes daylighting models and resources, and details methods for converting insolation date to illuminance data. Solar Resources is volume 2 in the series Solar Heat Technologies: Fundamentals and Applications, edited by Charles A. Bankston. (shrink)

Solar energy has become an integral part of the economy of developed countries, so it is important to monitor the pace of its development, prospects, as well as the largest companies that produce solar panels since the supply of solar energy in a particular country directly depends on them. The study analyzes the shares of Canadian Solar Inc. and First Solar Inc. The purpose of the study is to study the possibility of forecasting (...) the stock price of solar energy companies using neural networks for the purpose of subsequent investment. The recurrent neural network LSTM is used in the article and this approach is based on complexity theory. Machine learning technologies are now being actively implemented in various sectors of the economy and are considered effective. The program used assigns different significance to the data of the last months and the data for the first months of the 1st year. The first year of the last 5 years of the company’s activity is taken as the first year since more distant data no longer have significant significance for the forecast. In the course of the study, a forecast of the stock price of Canadian Solar Inc. and First Solar Inc. for 245 days was obtained. Based on the results obtained, the following conclusions were made: 20 neurons of the network is not enough to make an accurate forecast, but the level of confidence in such a forecast is high enough, neural network forecasts are applicable in investing and are accurate enough to determine medium- and long-term trends, but these forecasts are not applicable for traders. The direction of improving the accuracy of neural network predictions is promising for further research. (shrink)

To realize the full potential of solar photovoltaics (PV), PV adopters need to adapt their energy demand to the production of self-generated solar energy as much as possible (i.e., use their PV sustainably). In a longitudinal questionnaire study (N = 74) in the Netherlands, we compared the intention to use PV in a sustainable way before the installation of PV with actual PV use. Wave 1 took place before respondents adopted PV, while Wave 2 took place (...) after they installed PV. We examined whether potential differences between actual sustainable PV use and initial intentions may have implications for how people see themselves and for the motivation they ascribe to their decision to adopt PV. Our results show that the vast majority of people use their PV in a less sustainable way than they anticipated. Furthermore, after the installation of PV, respondents are less likely to see themselves as a sustainable PV user and less likely to believe that PV have positive environmental consequences than before the installation, while environmental self-identity did not differ pre and post-installation of PV. Moreover, the stronger the discrepancy between intended and actual sustainable use of the PV, the less likely people were to see themselves as a sustainable PV user and as a person who acts pro-environmentally in general. These findings suggest that it is important to support people to use their PV in a sustainable way to facilitate them to act upon their intentions. (shrink)

This final volume in a series that has surveyed advances in solar energy research since the oil shock of the early 1970s provides a broad overview of the U.S. solar thermal program.

describes developments in passive solar technology that will save time, energy, and resources in planning for the buildings of the future.

Everywhere in the world, and in every period of human history, it has been common for energy decisions to be made in an ethically haphazard manner. With growing population pressure and increasing demand for energy, this approach is no longer viable. We believe that decision makers must include ethical considerations in energy decisions more routinely and systematically. To this end, we propose an applied ethics framework that accommodates principles from three classical ethical theories—virtue ethics, deontology, consequentialism, and (...) two Native American ethics (Lakota and Navajo)—all considered from the perspectives of the impacted communities. We illustrate this framework by evaluating five recent energy decisions: the Dakota Access Pipeline, the Navajo Nation’s possible transition from coal to solar, hydraulic fracturing in Pennsylvania, uranium mining in Virginia, and the construction of the Xiaolangdi Dam in China. An applied ethics framework is preferable to existing ethical analyses because it can serve to sharpen arguments for (un)ethical decisions and action. Rather than treat ethical reasoning as a matter of opinion, we argue that applying ethical principles in a universal and standardized way adds rigor to energy sector decisions by presenting a position available for objective scrutiny. Because our framework identifies which aspects of a targeted action (if any) must adjust to improve ethical merit, it can serve as a practical tool for improving decision-making as we enter a new era of energy transitions. (shrink)

The affective sciences are essential to research regarding sustainable transition towards renewable energy. We focus on important questions that should be addressed by affective science in relation to the siting of large-scale renewable energy projects like wind and solar. Considering the recent acceleration of the transition, a more holistic understanding of negative and positive emotional responses to energy development will be essential. This is particularly important as the least controversial sites begin to dwindle in number. We (...) break this commentary down into four primary question categories for future research. These are the causal relationships between emotional elicitations and their sources, dual processing through cognitive and affective response, affect and its relationship with place, and how all of these elements change over time. (shrink)

The current spread of coronavirus has caught our modern world by surprise, which leads to widespread panic, fear and confusion. However, if we view the unfolding of these events from a scientific historical perspective of past human evolution, we may discover the reoccurring patterns of the environmental conditions that give rise to such epidemics. Hence, we can figure out better methods to prepare and react to the infectious agents that spread diseases that have shaped the course of human history before. (...) Here, I propose a holistic view of human evolution, with an interdisciplinary approach that studies how cyclic variation in solar UV energy affects the evolution of viruses and shapes the symbiotic dynamics of human life on earth. (shrink)

The emerging discipline of complexity science, applied to the social sciences, seeks to study the rise of human civilization as a part of a natural, evolving biological system that exploits energy resources to fuel its growth into a complex social system. In order to understand the whole system, the reductionist approach, typical to Western science, must be supplanted. The atomistic study of various scientific fields as separate mechanical parts of the system must be broadened, creating a more holistic view (...) of human culture as an integral part of larger universal process of evolution and creation. In this article I wish to integrate the various scientific fields, including physics, chronobiology, biology, evolutionary psychology, and the social sciences, to achieve a unified understanding of our cultural evolution. (shrink)

There exist overwhelming – and morally compelling – reasons for shifting to renewable energy (RE), because only that will enable us to timely mitigate dangerous global warming. In addition, several other morally weighty reasons speak in favor of the shift: considerable public health benefits, broader environmental benefits, the potential for sustainable and equitable economic development and equitable energy access, and, finally, long-term energy security. Furthermore, it appears that the transition to RE is economically, technologically, and politically feasible (...) at this point in time. However, there are different possible pathways towards that goal, all of which involve tough choices. Some of these concern different ways of living: Do we have to make a choice between being sustainable and maintaining our current living standard? And if so, how can we balance the value of high living standards against that of a sustainable energy regime? In this chapter, I will not conduct a comprehensive analysis of all available renewable energy technologies, but rather provide a number of examples of tough choices entailed by solar, wind and hydropower. I will also attempt to rebut some of the common misconceptions regarding RE technologies. (shrink)

Should high‐income countries engage in solar geoengineering research and possible deployment? On the assumption that the speed of the energy transition will be insufficient to abate catastrophic climate impacts, research into solar geoengineering begins to look like a technically and socially feasible route to mitigate such impacts. But on the assumption that a rapid and relatively just energy transition is still within the realm of political possibility, research into solar geoengineering looks more like an ideological (...) tool designed to divert time and resources from less risky climate solutions. At the heart of debates over solar geoengineering, then, is disagreement over what political actors can be expected to do in the future. In this article, I argue that both objectors to and proponents of solar geoengineering research often make background assumptions regarding expected future actions that are either (a) inaccurate or (b) inconsistent. I propose an account of expected future actions that avoids these problems and sketch what the debate over solar geoengineering looks like with these assumptions in place. (shrink)

Nowadays, due to restrictions on fossil fuels, the use of renewable energies is increasing day by day. Among renewable energies, solar energy has received more attraction due to its availability in all places. Among solar energy technologies, the solar tower has been welcomed due to its high power generation of electrical energy. For accurate modeling of the studied system, each component of the system has been evaluated and modeling has been done. Therefore, in this (...) research, solar tower modeling has been conducted to achieve high electrical energy production, and to better compare the production rate, 5 cities in Iran with different weather conditions have been considered. According to the results, it can be mentioned that the highest production power by the studied system is related to Shiraz city with an average production of 20 kW/m2, and among the cities studied, the lowest rate is related to Mashhad with a production power of 15 kW/m2. (shrink)

This article is focused on analysing the present state of renewable electricity production and consumption coverage in Germany, concentrating on the intermittence of wind and solar energy production and considering the significance of the wind silence phenomenon. The development and promotion of renewable energy is a major goal set out by politicians of which one example is the German plan “Energiewende”. The author examines wind and solar energy complementarity and attempts assessing the possibility of basing (...) Germanys’ electricity production on renewable energy sources, without significant advancements in technology and changes in consumer behaviour. Using the analysis based on hourly data of consumption and production by source of electricity in Germany in 2016, the research addresses the issues of renewable energy source effectiveness, intermittence and points to the critical matter of periodical unavailability of wind and solar energy. (shrink)

Concerns about energy security have dramatically increased since the terrorist attacks on September 11, 2001. If U.S. energy use follows business-as-usual projections, the energy system will become increasingly vulnerable. No quick fixes are available to make the United States energy independent. However, there are energy policies that promote efficiency and the use of renewable energy sources such as wind, biomass, geothermal, and solar can gradually reduce dependence on imported oil and natural gas and (...) reduce the vulnerability of the U.S. energy infrastructure to disruption of supplies or to attack. This article reviews recent analyses by the U.S. Energy Information Administration’s and by the Union of Concerned Scientists. These studies showthat efficiency and renewable energy investments can increase energy security while lowering consumer energy bills and reducing local and global environmental hazards. (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)

Implementation of Solar Thermal Technology describes the successes and failures of the commercialization efforts of the U.S. solar thermal energy program, from the oil embargo of 1973 through the demise of the program in the early Reagan administration and its afterlife since then. The emphasis throughout is on lessons learned from the solar experience, with an eye toward applications to other projects as well as toward possible renewal of efforts at commercialization. Part I discusses the history (...) of government involvement in solar development and the parallel development of the market for solar products. Part II looks at the histories of specific commercialization programs for five areas. Parts III-VIII focus in turn on demonstration and construction projects, quality assurance, information dissemination programs, efforts to transfer technology to industry, incentive programs, and organizational support. Solar Heat Technologies: Fundamentals and Applications, Volume 10. (shrink)

A 450-ppm equivalent CO2 target by 2050 is an often-proposed goal under a future global emissions agreement, but there is considerable high side risk in global-warming models due to cloud formation, feedbacks in dissolved organic carbon from peat bogs in polar regions, and unaccounted solar dimming by particulates. The 450-ppm figure is predicated on absorption of some CO2 by oceans, but increasing acidification may dictate that CO2 produced during the next 50 years may have to be reduced further to (...) preserve species diversity in the oceans. By consideration of industry capability, a 400-ppm target is shown to be affordable and achievable by renewables using 2/3 direct solar electricity by 2050 with technology currently being proven, together with aggressive energy efficiency. Sequestration of liquid CO2 under pressure in enormous continually excavated caverns at 2-km depth is technically much less certain and later in development. (shrink)

This book is an easy to use instructional aide. Explore sustainability issues in contemporary society through a transdisciplinary approach. Chapters include ethics, public resources, public policy, combustion, heat exchangers, nuclear, solar, water, and wind energy. A short summary is presented for each topic, followed by additional topics for research, assignments, and references. The complex assignments require students to grow in their professional judgment.

Accurate solar irradiance prediction plays an important role in ensuring the security and stability of renewable energy systems. Solar irradiance modeling is usually a time-dependent dynamic model. As a new kind of recurrent neural network, echo state network shows excellent performance in the field of time series prediction. However, the memory length of classical ESN is fixed and finite, which makes it hard to map sufficient features of solar irradiance with long-range dependency. Therefore, a novel deep (...) echo state network with variable memory pattern is proposed in this brief. VMP-DESN consists of multiple connected reservoirs in series, and there exist different types of memory modes in VMP-DESN. To remember more input history information in the states, the time delay links are added in each reservoir and between every two reservoirs. The VMP-DESN is more flexible to deal with different input signals due to its variable memory modes in the reservoir states. Additionally, the effect of different memory patterns on the VMP-DESN performance is discussed in detail, including the antidisturbance ability, memory capacity, and prediction accuracy. Finally, the effectiveness of VMP-DESN is evaluated by predicting the real solar irradiance task. (shrink)

The Solar City Daegu 2050 Project represents a comprehensive model for shaping the future of this city of 2.5 million residents with a mixed industrial and services economic base. Its specific aims are as follows: realization of a carbon footprint consistent with standards of global sustainability and equity; the development of a renewable-energy - based urban community and economy; and the pursuit of economic development that meets the needs of Daegu’s citizens in a manner that is culturally and (...) ecologically sound. A long-term master plan like SCD 2050 is necessary to reach these transformative goals. At the same time, 50-year planning enables the citizens of Daegu to envision their city’s intergenerational future. SCD 2050 cannot simply lead to an urban energy transition. Conscious efforts to change social structure will also be essential to realizing the plan’s goals. (shrink)

An integrated approach of the topics ‘population’, ‘energy’ and ‘climate’ results in conclusions contrary to public opinion. Population growth will lead to disaster ten times faster than global warming. 2.5 billion people in the poor countries account for a population growth of one billion every 12 years. Fertility rates decrease with increasing gross domestic products (GDPs). Increasing GDPs correlate with increasing energy consumption. Wind power and solar energy are too expensive for the poor countries. Low-price (...) class='Hi'>energy can only be produced with coal, gas, oil and uranium. Therefore, many more coal-fired power stations and nuclear reactors need to be built and hopefully population growth will slow down. Once population is stabilized environmental issues can be addressed. (shrink)

An objective, comprehensive treatment of the world's energy situation assesses the major trends in energy consumption across the globe while examining the potential of wind, solar, hydroenergy, and biomass energy.

Hydrogen energy systems are being developed to replace fossil fuels–based systems for transportation and stationary application. One of the challenges facing the widespread adoption of hydrogen as an energy vector is the lack of an efficient, economical, and sustainable method of hydrogen production. In the short term, hydrogen produced from fossil fuels will facilitate a transition to the hydrogen economy. In the long term, renewable hydrogen production methods will have to be adopted as resources become scarce, causing the (...) price of fossil fuels to rise. In this work, a number of methods have been considered for the renewable production of solar hydrogen, and thermochemical sulphur-iodine cycles proved to be the most promising. The sulphur-iodine cycles have the highest efficiencies and use widely available reactants with relatively straightforward reaction mechanisms, which make them the most economical and technically feasible option for renewable hydrogen production. (shrink)

The book (in German) on “Solar Energy – challenge for research, development and international co-operation” is the report of a study group of the Akademie der Wissenschaften zu Berlin. It reviews solar thermal, photovoltaic, and bio mimetic solar energy techniques; prospects of de-central techniques in developing countries; transport and storage of solar energy; and chances for cooperation with Arabic countries and countries of the South of the former Soviet Union. The prospect of large (...) scale energy production in arid areas, and the modern potentials of conducting electricity over long distances by high-voltage DC transmission (V, 2.1) are particularly relevant for the concluding section. Political chances as well as risks were considered for reliable long term cooperation with various Arab countries on these issues. The recommendations appear to be still appropriate 25 years after the book was published, particularly the political advice in favour of cooperation between Europe and suitable countries of the Maghreb. The global time scale of implementation (discussed in chapter I, 7.2) is of the same (high) magnitude as that of other major changes in the history of technology, such as the substitution of sailing ships by steamboats which took almost a century. (shrink)

CoolEnergy provides the first major review of progress in the field of renewable energy technologies -solar, wind, biomass (plant matter), hydroelectric, and geothermal - since the mid-1980s.

Abstract Environmental and public health-focused sciences are increasingly characterised as constituting an emerging discipline—planetary medicine. From a governance perspective, the ethical components of that discipline may usefully be viewed as bestowing upon our ailing natural environment the symbolic moral status of a patient. Such components emphasise, for example, the origins and content of professional and social virtues and related ethical principles needed to promote global governance systems and policies that reduce ecological stresses and pathologies derived from human overpopulation, selfishness and (...) greed—such as pollution, loss of biodiversity, deforestation and greenhouse gas emissions, as well as provide necessary energy, water and food security. Less well explored in this context, however, is the ethics that should underpin global use of emerging technologies such as nanotechnology as forms of planetary therapeutics. Nanotechnology may be particularly important, for instance, as a mechanism for improving upon photosynthesis and engineering it into human structures for localised production of carbon-neutral hydrogen based-fuel and carbohydrate-based food and fertilizer. Artificial photosynthesis, because of its unique and widespread public and environmental benefits in this period of human history, may even be termed the moral culmination of nanotechnology, assisting this planet to move beyond the Anthropocene epoch to that of the Sustainocene. This paper explores practical steps towards planetary nanomedicine involving governance of artificial photosynthesis, including a UNESCO Universal Declaration on the Bioethics and Human Rights of Natural and Artificial Photosynthesis (Global Solar Fuels and Foods ). Content Type Journal Article Category Original Paper Pages 1-13 DOI 10.1007/s11569-012-0144-4 Authors Thomas Faunce, College of Medicine, Biology and the Environment and College of Law (joint Appointment), Australian National University, Acton, Australia Journal NanoEthics Online ISSN 1871-4765 Print ISSN 1871-4757. (shrink)

Introduction changing climates of colonialism -- Every Navajo has an anthro -- Extractive legacies: histories of Diné power -- The rise of energy activism -- Solar power in Klagetoh -- Sovereignty's interdependencies -- Contesting expertise: Public hearings on Desert Rock -- Artifacts of energy futures -- Off-grid in the Chuskas -- Conversions -- Vitalities.

We take another look at “Just-So” solar neutrino oscillations, characterizing them by the energy Eπ/2 at which the distance-varying angle is π/2, instead of by the usual Δm 2 . The rising spectrum recently observed by SuperKamiokande is consistent with an Eπ/2 ∼6–9 MeV and marginally with 48 MeV. The pp neutrinos must then be reduced to one-half the standard solar model prediction, and 7Be neutrinos must make up a significant part of the SAGE and GALLEX gallium (...) signal. For Eπ/2 close to 9 and 48 MeV, the 7Be neutrinos will also show a large seasonal variation, emphasizing the importance of direct measurements of the 7Be neutrinos. (shrink)

This paper considers the environmental justice issues presented by the proposed open-pit lithium mine in Thacker Pass, Nevada (Peehee mm’huh). Unlike the environmental destruction wrought from fossil fuel extraction, lithium is used to create lithium-ion batteries for storing and using electricity from “green energy” sources. Can the potential reduction in carbon emissions resulting from the lithium mined morally and politically justify the destruction of the Pass’s sagebrush sea – a critical wildlife habitat and sacred land to the People of (...) Red Mountain? Justice issues of this kind (e.g., clashes between the “renewable energy” industry and indigenous rights) are likely to become more prevalent as the industrial economy transitions from fossil fuels to vastly more spatially extensive forms of energy production (e.g., wind and solar farms, hydroelectric dams, and biofuels). I consider the case through the concept of ecocide and explore how liberal political respect for eco-relational pluralism offers grounds on which ecocide ought to be prohibited in a fair and just society. The goal of this paper is to ensure that states, in the pursuit of environmental justice, proceed in a manner aligned with their commitment to liberalism, by refraining from prioritizing economic growth and development at the expense of other reasonable conceptions of the good. (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)

In the last decades, researchers have been considering some fundamental issues such as energy saving, global warming, greenhouse emissions, and non-renewable energy to make models of house environmental standards to achieve a suitable consumption pattern for saving energy. In architecture, using natural energy is one of the essential pillars of design because it was one of the criteria of designing, which was considered on climate and geography, and it has been a high performance of climate adaptation (...) in the modeling of traditional houses. In this research, Azerbaijan is selected to evaluate the practical features of traditional Iranian houses designed in the cold climate, and criteria for developing sensible solutions to achieve a suitable design model for energy saving are provided. The primary purpose of this paper is to evaluate and identify the features of climate design in traditional houses in a cold climate, which are suitable residential buildings for energy management, and to identify the components affecting energy saving. The data collection method is based on checklists, observation, considering the orientation, density, solar radiation angle in the region, documentary, analysis of maps, and adaptation of the architectural plan of the studied houses with the pattern of solar radiation in the area. This research discusses the design criteria for future structures and their adaptable measures based on the obtained results. Finally, it is declared that the traditional architectural design model follows the region’s climatic conditions, and considering the current climate and energies, traditional houses were designed; therefore, the best model for maximum use of available energy is climatic design. As a result, suggestions are made regarding residential architecture design to save energy. (shrink)

Solar energy powered autopoietic (self-creating and regenerative) natural and cultural biosphere landscapes fulfill vital multiple functions for the sustainable future of organic life and its biological evolution and for human physical and mental health. At the present crucial Macroshift from the industrial to the post- industrial information age, their future and therefore also that of our Total Human Ecosystem, integrating humans and their total environment, is endangered by the exponential growth and waste products of urban-industrial technosphere landscapes and (...) agro-industrial bio-technosphere landscapes. This danger can be prevented only by the creation of new symbiotic relations between human society and nature with the help of mutual supportive, restorative cultural and economic cross-catalytic networks in our Total human Ecosystem. This should be part of an all - embracing sustainability revolution, driven by human consciousness and its responsibility to act as stewards rather than exploiters of the complex and harmonious web of life on this planet. (shrink)

The lifecycle concept is a “cradle to grave” approach to thinking about products, processes, and services, recognizing that all stages have environmental and economic impacts. Any rigorous and meaningful comparison of energy supply options must be done using a lifecycle analysis approach. It has been applied to an increasing number of conventional and renewable energy generation systems and in an increasing range of countries. There is now a good amount of research reporting the lifecycle environmental and economic aspects (...) of power generation systems. This article reviews the existing lifecycle analyses of renewable energy systems to determine the current understanding of their full lifecycle impacts. These are then compared with each other and those of conventional power generation systems. The renewable energy systems reviewed include wind, solar photovoltaic, solar thermal (for electricity), hydroelectric, solid biomass, wave, geothermal, biogas, and tidal. The article also highlights the areas where more lifecycle analysis is needed. (shrink)

Plants are permanently impacted by their environments, and their abilities to tolerate multiple fluctuating environmental conditions vary as a function of several genetic and natural factors. Over the past decades, scientific innovations and applications of the knowledge derived from biotechnological investigations to agriculture caused a substantial increase of the yields of many crops. However, due to exacerbating effects of climate change and a growing human population, a crisis of malnutrition may arise in the upcoming decades in some places in the (...) world. So, effective, ethical and managerial regulations and fair policies should be set up and applied at the local and global levels so that Earth may fairly provide the food and living accommodation needed by its inhabitants. To save some energy consumption, electric devices should be manufactured to work with solar energy, whenever available, particularly in sunny countries where sun is available most of the time. Such characteristic will save energy and make solar energy-based smartphones and laptops less cumbersome in terms of chargers and plugging issues. (shrink)

Needs of our country in the «Ukrainian national idea – XXI » is increasing; the possibility of its creation is doubted even by our former presidents. Fortunately, progress in the last 20 years, the exact sciences created an opportunity for us to put in its basis not myths and lies of the enemy, but proven facts. The author offers scientifical UNI-XXI project, based on the noohistory and the noosciences, as a combination of new discoveries with better cultural heritage and directed (...) to the future, not the past. Achievements of geneticists, physicists and other scientists in the recovery story of agriculture and animal husbandry are highlighted. It is proved that Ukrainians are direct descendants of those who created productive agriculture in the Middle East. By choosing place on the black soil for the Motherland and combined with hunter-Aryans, formed Trypillians. They are the only in the world who domesticated horse, invented the wheeled transport, organized by the Big Trypillia giant space through a combination of copper mines Kargaly, «country towns» and other agricultural areas. Two thousand years protoindoevropean language had been increased, cultural and economic unity suddenly was interrupted by «volcanic winter». This was the impetus for the famous Aryan migrations with many linguistic and cultural consequences. The author proposes to build future component for UNI-XXI based on the development of education and scientific discoveries of recent years, which will make free and publicly solar photovoltaics and «family» production on natural substances for 3D-printers. (shrink)