Energy and Sun : : Sustainable Energy Solutions for Future Megacities / / ed. by Ludger Eltrop, Thomas Telsnig, Ulrich Fahl.

• MitwirkendeR: Ahati, Jiarheng,; Annegarn, Harold J.,; Baur, Frank,; Born, Lukas,; Braun, Nina,; Busch, Mirjam,; Derreza-Greeven, Cassandra,; Detzel, Andreas,; Dobbins, Audrey,; Eltrop, Ludger,; Erhorn, Hans,; Fahl, Ulrich,; Falahat, Somaiyeh,; Franke, Bernd,; Goyal, Vineet Kumar,; Guy, D. Mothusi,; Haasz, Thomas,; Hennecke, Christian,; Hofstaetter, Wolfgang,; Horam, Phungmayo,; Höhne, Jakob,; Jain, Angela,; Kimmich, Christian,; Kochendörfer, Bernd,; Kohler, Franziska,; Li, Niu,; Liu, Ming,; Marathe, Sheetal Dattatraya,; Pahl-Weber, Elke,; Peng, Xiaoyan,; Porzig, Michael,; Rommel, Jens,; Sagebiel, Julian,; Schrade, Johannes,; Speck, Mike,; Stelzer, Bertine,; Telsnig, Thomas,; Tomaschek, Jan,; Wehage, Philipp,; Werthmann, Christine,; Wössner, Simon,; Zehner, Carsten,; Zhao, Chenxi,; Özdemir, Enver Doruk,
• HerausgeberIn: Eltrop, Ludger,; Fahl, Ulrich,; Telsnig, Thomas,
• Place / Publishing House: Berlin : : JOVIS Verlag GmbH, , [2014]; ©2014
• Year of Publication: 2014
• Language: English
• Series: Future Megacities ; 1
• Physical Description: 1 online resource (248 p.) :; zahlr. farb. Abb.
• Other title: Frontmatter --; Preface --; Index --; Introduction --; Energy and Sun – Sustainable Energy Solutions for Future Megacities --; Solar And Sustainable Energy Technologies --; Governance of Solar Photovoltaic Off-grid Technologies in Rural Andhra Pradesh: Some Implications from the Field --; Peri-Urban Linkages: Improving Energy Efficiency in Irrigation to Enable Sustainable Urban Transition --; The Role of Concentrated Solar Power (CSP) Plants for South Africa’s Electricity Generation --; Driven by the Sun: The Joined Biogas, Charcoal and Erosion Prevention Project – An Option for Addis Ababa, Ethiopia --; Solar Powered Schools for Hyderabad, India – An Attempt for Decentralised Energy Production --; Solutions For Buildings And Settlements --; Energy and Space – Housing Design in Urban Context in the MENA Region --; Assessment of the Energy Performance of Buildings – A Simplified Calculation Approach to Visualise Potentials and Benefits --; Extra Low Energy Housing: Urumqi as a Model City for Central Asia --; Solar Energy, Empowerment, and Sustainable Housing: A South African Case Study --; Energy-Efficient Micro-Urban Prototypes – The Context of Iranian Cities --; System Analytical And Integration Approaches --; Solar and Other Options to Reduce Greenhouse Gas Emissions: The Reduction Potential in the Residential Sector in Hyderabad, India --; Solar Energy Technologies – GHG Abatement Costs and Potentials for Gauteng, South Africa --; Technological and Economic Challenges in Making Urumqi’s PVC Industry More Energy Efficient --; Direct and Indirect Solar Energy Usage in Gauteng, South Africa: An Energy System Perspective --; Potential of Photovoltaic Systems for Social and Economic Empowerment in Peri-Urban and Rural Areas in South Africa --; The Projects of the Programme on Future Megacities in Brief --; Authors --; Imprint
• Format: Mode of access: Internet via World Wide Web.
• ISBN: 9783868598780
• DOI: 10.1515/9783868598780
• Access: restricted access
• Hierarchical level: Monograph
• Statement of Responsibility: ed. by Ludger Eltrop, Thomas Telsnig, Ulrich Fahl.

Solar energy is in focus worldwide. So is the role of cities and public governments for creating a more sustainable urban future. This volume highlights the role of solar energy and other solar related energy technologies for a low carbon and sustainable energy system, particularly for cities and city regions in the South. The articles refer to solar energy generation technologies, smart city planning concepts, as well as ‚passive‘ solar building design approaches. Thus, the volume takes a broad and applied approach by analysing projects and different solutions for a more efficient and solar oriented building design and technology implementation. Weltweit steht die Solarenergie im Fokus – und mit ihr die Rolle der Städte auf dem Weg in eine nachhaltigere Zukunft. Dieser Band betont die Rolle der Solarenergie und verwandter Technologien für ein CO 2-armes, nachhaltiges Energiesystem, insbesondere im Hinblick auf Städte und Stadtregionen im globalen Süden. Die Beiträge behandeln Technologien zur Gewinnung von Solarenergie, Konzepte für „smarte“ Stadtentwicklungsplanung ebenso wie Ansätze für den Entwurf „passiver“ Solarbauten. Dieser Band verfolgt eine breite und anwendungsorientierte Analyse umgesetzter Projekte und unterschiedlicher Lösungen für eine effizientere, solarorientierte Bauplanung und den erfolgreichen Einsatz adäquater Technologien.