Subventionswettbewerb: Subventionen für Halbleiter?
Reint E. Gropp
Wirtschaftsdienst,
No. 3,
2023
Abstract
Hochtechnologien gelten als die Branchen der Zukunft. Europa will hier nicht den Anschluss verlieren. Auch gegen Lieferengpässe und Produktionsengpässe durch gestörte Lieferketten will sich Europa besser wappnen. Mit dem „European Chips Act“ will die Europäische Kommission gemeinsam mit den Mitgliedstaaten mehr als 40 Mrd. Euro ausgeben, um die europäische Halbleiter-Produktion von gegenwärtig 10 % auf dann 20 % der globalen Produktion zu steigern. Halbleiter sind nicht nur in Gebrauchsgegenständen wie Handys, Laptops und Autos, sie sind auch unverzichtbar, wenn die grüne und digitale Wende gelingen soll. Photovoltaikanlagen, nachhaltige Produktion und E-Mobilität – all das braucht Computerchips. Der „European Chips Act“ ist daher die Antwort der EU auf den „Chips-Act“ der USA, der mehr als 50 Mrd. US-$ für Halbleiter vorsieht, um die Produktion zu sichern, zu modernisieren und auszubauen.
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Drivers of the Spatial Emergence and Clustering of the Photovoltaic Industry in Germany
M. Breul, T. Broekel, Matthias Brachert
Zeitschrift für Wirtschaftsgeographie,
No. 3,
2015
Abstract
The drivers of the spatial emergence and clustering of the photovoltaic industry in Germany. Following the relatedness literature, we explore to what extent related industries influenced the regional emergence of the photovoltaic (PV) industry. In addition, we shed light on factors explaining selective processes of clustering. We particularly argue that generic resources and resources of related activities have been crucial for the regional concentration in early phases of the industry life cycle. With increasing maturity, industry-specific resources became more important. Based on a unique dataset containing population dynamics of the German PV industry, the hypotheses are tested empirically. Our results partially confirm the assumed beneficial effects of related industries for the emergence of the PV industry. Moreover, we observe changes in the relative importance of factors supporting regional concentration, with industry-specific resources becoming dominant as the industry matures.
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New Energies in Peripheral Areas - Creation and Development of Photovoltaic Industry in Freiberg, Saxony
Matthias Brachert, Christoph Hornych
D. Keppler, B. Nölting, C. Schröder (Hrsg.), Neue Energie im Osten - Gestaltung des Umbruchs, Perspektiven für eine zukunftsfähige sozial-ökologische Energiewende,
2011
Abstract
The article describes the transformation of the economy in Freiberg from the East German semiconductor industry to today's photovoltaic industry. The role of the local and regional framework for this development is shown.
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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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Conference Report : Analyses and Policies for East Germany – Research Results from the IWH
B. Damm, Jutta Günther
Wirtschaft im Wandel,
No. 2,
2011
Abstract
On November 18th, 2010, the conference “Analyses and Policies for East Germany“ took place for the 4th time. IWH’s objective as the host of the conference was to present and discuss current research and, based on that, to provide some political consulting. The meeting dealt with possible paths of economic development of East Germany after the global financial crisis and how political objectives will influence the region. After presenting a general overview of the current situation, speakers also covered specific topics. Among these issues were: the co-operation between private companies and academic science in the field of photovoltaics, the demographic situation as well as potentials due to immigration to the region, the long-term results of the new administrative order of East German cities, and the necessity to overcome the current high-debt situation of the East German Länder.
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On the Determinants of the Cooperative Behavior of Firms in the German Photovoltaic Industry
Christoph Hornych, Matthias Brachert
IWH Discussion Papers,
No. 20,
2010
Abstract
The article examines the determinants of the number of cooperation partners and the share of regional cooperations of firms in the German photovoltaic industry. Based on an overview about possible effects of the cooperation of firms with partners inside and outside their region, we derive hypotheses on the relationship between both firm-specific and region-specific variables and the cooperative behavior of firms. The hypotheses are tested with regression models using a data set of 178 firms of the German photovoltaic industry. The results show that in particular large firms and firms with a high absorptive capacity have significantly more co-operation partners. Furthermore, firms cooperate within their region especially when a large number of potential partners are located in the same region. Regarding foreign-owned firms, the results show that these firms tend to cooperate in particular with partners, inside the region where they are located.
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Unternehmensnetzwerke in der Photovoltaik-Industrie – Starke Verbundenheit und hohe Kooperationsintensität
Christoph Hornych, Matthias Brachert
Wirtschaft im Wandel,
No. 1,
2010
Abstract
The Photovoltaic-(PV)-Industry is a comparatively new industrial sector which is affected by high level of uncertainty. This uncertainty is derived from different technology paths as same as uncertainty about the future market developments. Important instruments to come up with uncertainty are firm networks. Thereby the state of the knowledge about the degree of interconnectedness between the German PV-industry is poor. This article aims to close this gap by giving an overview about the integration of PV-enterprises in firm networks.
The empirical analysis of the network structure of the German PV-industry thereby confirms the expected high level of network relations. Almost nine out of ten firms cooperate with other PV-firms in Germany. Also, the intensity of cooperation turns out to be above the average compared to other industrial sectors. On average one PV-firm cooperates with 5.8 other PV-firms. This indicates possibilities for a better knowledge exchange in the sector. Overall the high cooperation intensity supports the assumption that PV-industry is able to benefit from the spatial concentration of the industry in the region.
Despite the dense network which has already emerged, the promotion of networks can still be an efficient paradigm to support innovativeness and growth in this sector. This is going to be even more successful if the results of the network analysis are integrated into the government supporting scheme.
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The Spatial Clustering of the Photo-voltaic Industry in Berlin-Brandenburg
Steffen Ebert, Matthias Brachert, Iciar Dominguez Lacasa
Wirtschaft im Wandel,
No. 11,
2009
Abstract
Recent empirical studies show a process of selective clustering in the photo-voltaic industry in East Germany. Especially locations like Bitterfeld-Wolfen, Freiberg/Dresden, Erfurt/Arnstadt and Berlin-Brandenburg were able to attract concentrations of economic activity in this industry. Regarding competition between the different locations for production and employment, emerging agglomeration economies can be seen as one major source increasing inter-regional competitiveness.
The aim of this article is to provide insights into the process of spatial clustering of photo-voltaic industry in Berlin-Brandenburg. With the help of a multi-dimensional cluster-concept developed by Bathelt, we analyse the region’s strengths and weaknesses regarding its generation of agglomeration economies.
The analysis shows that there are indeed first signs of agglomeration economies developing in the region. Despite a low level of horizontal cooperation, companies do profit from co-localisation by continuous observation of the local competitors. Along the value adding production chain, vertical co-operation is increasing, leading to positive effects by specialised suppliers and gains in transportation cost.
But the focal point in further industry development is the augmentation of the regional stock of knowledge. Regarding the increasing pressure on the companies’ innovativeness as a result of changes in market conditions in the photo-voltaic sector, only innovative and efficiently producing companies will be able to survive the industries’ consolidation period. Therefore, it is necessary to further support the increasing interconnectedness between university research, non-university research and local companies in order to profit from the high technological potential of the companies in the region.
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The Formation of Photovoltaic Clusters in Eastern Germany
Matthias Brachert, Christoph Hornych
Wirtschaft im Wandel,
No. 2,
2009
Abstract
One of the weaknesses of the East German economy is the relative lack of management functions and headquarters along with the relatively low research and developing efforts of the companies. With the emergence of new industries, there is a chance to respond to these weaknesses. Against this background, the article examines the emergence and development of the photovoltaic industry in Eastern Germany. The strong production and sales growth of the industry in the recent years is a result of central government funding programs. But up to now, East German regions have profited disproportionately from the growth of the sector. In 2008, we find about 14 000 direct industry employees in this sector in Eastern Germany.
Based on the Window of Locational Opportunity concept (WLO) by Storper and Walker – a stage model of industrial development –, this article describes the reasons of the development of the industry in Eastern Germany from 1996 until 2008. In spite of persistent growth processes and the foundation of new companies within the photovoltaic industry, a concentration on some certain locations, linked with the process of the formation of industrial clusters, becomes apparent. In a first result of the emergence of clusters, the regions of Bitterfeld-Wolfen, Dresden/Freiberg, Erfurt/Arnstadt, Frankfurt (Oder) and Berlin build leading sites in Eastern Germany.
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In which Ways do Universities React to New Technologies? The Case of Photovoltaics
Peter Franz
Wirtschaft im Wandel,
No. 12,
2008
Abstract
Universities can be conceived as actors in regional innovative systems with the functions to make available new knowledge for a region, to contribute to the human capital formation by teaching, and to the extension of the knowledge by research. These functions are in particular important concerning the adaptation of new technologies, e.g. photovoltaics. 89 German universities – amongst them 65 universities of applied sciences – meanwhile offer 171 full-time study courses with a degree oriented to photovoltaics. Each federal state has at least one university location offering such degrees. A certain spatial concentration of courses can be shown for Saxony, for the Ruhr Area and for the Rhine Main Region. Almost 90% of the degrees are offered by faculties of engineering. 43% of the universities with degrees in photovoltaics have successfully applied for research grants from the photovoltaics research programs of the federal government. These numbers show a spatial concentration of research in the South whereas the photovoltaics industry is concentrated in the East of Germany. This distribution indicates that the research opportunities tied to the photovoltaics industry are not in the Eastern part of Germany. Further research will have to pay more attention to the role of research institutes.
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