Ceremonial Encapsulation and the Diffusion of Renewable Energy Technology in Germany
Iciar Dominguez Lacasa
Journal of Economic Issues,
Nr. 4,
2014
Abstract
This inquiry employs ideas advanced by institutionalist thinker Paul Dale Bush to shed light on technology diffusion in Germany’s electrical generation and distribution industry. Research findings suggest that what Bush labeled as ceremonial dominance affects outcomes in technology selection. Evidence suggests that fossil fuel and nuclear technologies have remained favored by power producers despite the externalized environmental costs to society associated with their implementations. Advances in government policy have indeed created a framework that favorably accommodates renewable energy technologies. However, what Bush labeled ceremonial dominance is shown to persist and to contribute to ceremonial encapsulation. Consequently, renewable energy technologies have diffused only to the point that the powers behind the industry remain in dominant positions. Although there is measurable, incremental technological change in the electrical power industry, in light of the urgency of climate change problems, technologies supporting the electrical power system need to be selected more judiciously.
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Regulation, Innovation and Technology Diffusion - Evidence from Building Energy Efficiency Standards in Germany
Makram El-Shagi, Claus Michelsen, Sebastian Rosenschon
Discussionpapers des DIW Berlin,
Nr. 1371,
2014
Abstract
The impact of environmental regulation on technology diffusion and innovations is studied using a unique data set of German residential buildings. We analyze how energy efficiency regulations, in terms of minimum standards, affects energy-use in newly constructed buildings and how it induces innovation in the residential-building industry. The data used consists of a large sample of German apartment houses built between 1950 and 2005. Based on this information, we determine their real energy requirements from energy performance certificates and energy billing information. We develop a new measure for regulation intensity and apply a panel-error-correction regression model to energy requirements of low and high quality housing. Our findings suggest that regulation significantly impacts technology adoption in low quality housing. This, in turn, induces improvements in the high quality segment where innovators respond to market signals.
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Towards a Theory of Climate Innovation - A Model Framework for Analyzing Drivers and Determinants
Wilfried Ehrenfeld
Journal of Evolutionary Economics,
2013
Abstract
In this article, we describe the results of a multiple case study on the indirect corporate innovation impact of climate change in the Central German chemical industry. We investigate the demands imposed on enterprises in this context as well as the sources, outcomes and determining factors in the innovative process at the corporate level. We argue that climate change drives corporate innovations through various channels. A main finding is that rising energy prices were a key driver for incremental energy efficiency innovations in the enterprises’ production processes. For product innovation, customer requests were a main driver, though often these requests are not directly related to climate issues. The introduction or extension of environmental and energy management systems as well as the certification of these are the most common forms of organizational innovations. For marketing purposes, the topic of climate change was hardly utilized so far. As the most important determinants for corporate climate innovations, corporate structure and flexibility of the product portfolio, political asymmetry regarding environmental regulation and governmental funding were identified.
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An Assessment of Owner-Occupants' and Tenants' Space-heating Energy Consumption in a Regional Housing Market Context - Evidence from German Planning Regions
Marius Claudy, Claus Michelsen, Timo Zumbro
Energy Economics,
2013
Abstract
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Residential Energy Markets
Claus Michelsen, Sebastian Rosenschon
Morris A. Pierce (Hrsg.), Encyclopedia of Energy Vol. 4,
2012
Abstract
The residential sector accounts for about 30 percent of overall final energy consumption worldwide. The sector includes energy use in residential buildings, mainly for space heating, cooling, water heating, lighting, appliances and cooking equipment. Per capita demand in 2005 equaled about 300 kilograms of oil equivalent (kgoe) worldwide.
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Climate Innovation - The Case of the Central German Chemical Industry
Wilfried Ehrenfeld
IWH Discussion Papers,
Nr. 2,
2012
Abstract
In this article, we describe the results of a multiple case study on the indirect corporate innovation impact of climate change in the Central German chemical industry. We investigate the demands imposed on enterprises in this context as well as the sources, outcomes and determining factors in the innovative process at the corporate level. We argue that climate change drives corporate innovations through various channels. A main finding is that rising energy prices were a key driver for incremental energy efficiency innovations in the enterprises’ production processes. For product innovation, customer requests were a main driver, though often these requests are not directly related to climate issues. The introduction or extension of environmental and energy management systems as well as the certification of these are the most common forms of organizational innovations. For marketing purposes, the topic of climate change was hardly utilized so far. As the most important determinants for corporate climate innovations, corporate structure and flexibility of the product portfolio, political asymmetry regarding environmental regulation and governmental funding were identified.
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Entrepreneurial Opportunity and the Formation of Photovoltaic Clusters in Eastern Germany
Matthias Brachert, Christoph Hornych
R. Wüstenhagen, R. Wuebker (Hrsg.), Handbook of Research on Energy Entrepreneurship,
2011
Abstract
The aim of this paper is to explain the evolution of the spatial structures of one particular type of renewable energy in Germany – the photovoltaic (PV) industry. We first demonstrate how environmental movements have contributed to institutional change and government action, leading to changes in the legal and regulative structure in Germany. We describe how these changes opened up a window of locational opportunity (WLO), thus combining the WLO concept with the entrepreneurial opportunity concept. As market entries occurred mainly in Eastern Germany, the paper also explores the factors leading to a concentration of economic activity related to the new PV industry in this part of the country. Based on the WLO concept, we combine this framework with the industrial dynamics literature by Klepper (2007) and illustrate the spatial evolution of the PV industry.
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