- Kirchhoff, H. (2015): “Identifying Hidden Resources in Solar Home Systems as the Basis for Bottom-Up Grids.” In Decentralized Solutions for Developing Economies: Adressing Energy Poverty through Innovation, edited by Sebastian Groh, van der Straeten Jonas, Brian Edlefsen Lasch, Dimitry Gershenson, Walter Leal Filho, and Daniel M Kammen, 23–32. Springer Proceedings in Energy. Cham: Springer.
- Groh, S.; Straeten, J.; Lasch, B. E.; Gershenson, D.; Leal, W.; Kammen, D. (2015): Decentralized Solutions for Developing Economies: Addressing Energy Poverty Through Innovation. Springer. Link
- Kebir, N.; Spiegel, N.; Schrecker, T.; Groh, S.; Scott, C.; Aliaga G. (2013): Exploring Energy SME Financing in Emerging and Developing Countries. Sustainable Business Institute. Oestrich-Winckel.
Contributions to Edited Volumes
- Friederici, K.; Lindner, K; Tillmans, A. (in print): What is left in the dark – illuminating the black box „user“: In: W. Leal Filho et al. (Eds.), Handbook of Renewable Energy. Springer International Publishing.
- Beermann, H.; Dornberger, U.; Sebitosi, B.; Groh, S.; & van der Straeten, J. (2015): Value Chain Thinking and Energy Projects – A Problem-Centred Value Chain Approach to Energy Based Upgrading of Rice Farmers in the Philippines. In S. Groh, J. Straeten, B. E. Lasch, D. Gershenson, W. Leal, & D. Kammen (Eds.), Decentralized Solutions for Developing Economies: Addressing Energy Poverty Through Innovation, Springer, 109–122
- Bakteeva, A.; & van der Straeten, J. (2015): Financing Energy Efficiency and Climate Adaptation Measures on Household Level in Kyrgyzstan – Market Based Approaches in a Post-Soviet Country? In S. Groh, J. van der Straeten, B. E. Lasch, D. Gershenson, W. L. Filho, & D. Kammen (Eds.), Decentralized Solutions for Developing Economies: Addressing Energy Poverty Through Innovation, Springer, 209–216.
- Straeten, J. V. der, Friederici, K., & Groh, S. (2014). Taking a Micro-Perspective on the Global Challenge of Climate Change: The “Microenergy Systems” Research Focus at the Technische Universität Berlin. In W. L. Filho, F. Alves, S. Caeiro, & U. M. Azeiteiro (Eds.), International Perspectives on Climate Change, Springer, 135–149
- Laufer, D.; Schäfer, M. (2012): Analyse eines Innovations-modells. Implementierung einer dezentralen Energieversorgung in Entwicklungsländern am Beispiel von Solar Home Systems. In: Decker, M./ Grunwald, A , Knapp, M. (Hrsg): Der System-blick auf Innovationen. Technikfolgen-abschätzung in der Technikgestaltung. Berlin: edition sigma, S. 359-367
- Müller, P., Kebir, N., Stark, R., Blessing, L.: (2009): PSS Layer Method – Application to Microenergy Systems. In: Sakao, T. & Lindahl, M. (Eds.): Introduction to Product/Service-System Design, 3-30
- Schultze, C.; Köppel, J.; Hagen, Z.; Demmeler, M.; Korte, B. (2008): Planerische Ansätze für naturverträglichen Biomasseanbau - erschienen in: Wissenschaftsverbund Um-Welt: Nutzungskonflikt bei nachwachsenden Rohstoffen; Tagungsbericht 2007. Rostock: Univ., 2008, 38-52.
- Köppel, J.; Hagen, Z. (2007): Strategien zur naturverträglichen Biomassebereitstellung auf Landkreisebene (Bsp. Ostrprignitz- Ruppin, Chiemgau) in: Reich, M & Rüter, S. (Eds.): Energiepflanzenanbau und Naturschutz, Schriftenreihe Institut für Umweltplanung: Umwelt und Raum, Band 1, Universität Hannover, ISBN: 978-3-86955-473-0.
Groh, Sebastian (2015): The role of access to electricity in development processes: approaching energy poverty through innovation. unv. Diss., Aalborg University. Download
Gaul, Mirco (2012): Beurteilung der Leistungsfähigkeit ländlicher Energienutzungspfade und ihrer Auswirkungen auf lokale Lebensgrundlagen - Ein Analysemodell, getestet an Nutzungspfaden für Jatropha auf Sumbawa, Indonesien, unv. Diss., Technische Universität Berlin. Download
Laufer, Dino (2011): Der Beitrag von Mikroenergie-Systemen zur
Armutsminderung in Entwicklungsländern. Untersuchung von drei technik- und innovationssoziologischen Typen von Konstellationen in Sri Lanka, unv. Diss., Technische Universität Berlin. Download
The discussion paper describes on 20 pages an interdisciplinary research approach for the analysis of microenergy systems. The aim of this discussion paper is to develop a fundamental understanding of microenergy plants and systems and to discuss their integration into the established energy sector of developing and industrialised countries as well as into the overall system of society with regard to ecological, economic, social and political aspects.
Publisher is the PhD study course Microenergy Systems. The editors were Prof. Martina Schäfer and Dipl.-Ing. Daniel Philipp.
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