A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Energy Atlas : Future Concept Renewable Wilhelmsburg
Frontmatter -- Contents -- The IBA Future Concept Renewable Wilhelmsburg -- The Modern Metropolis as Green Capital -- The Necessity of a Climate Protection Concept for a Renewable Wilhelmsburg -- Climate Change and Climate Policy -- WILHELMSBURG ON THE WAY TO THE FUTURE OF RENEWABLE ENERGIES -- The Post-fossil and Non-nuclear Energy Metropolises of Tomorrow -- Our Urban Destiny -- A Brief Energy History of the Elbe Island -- METHODOLOGY AND STRATEGY DEVELOPMENT -- The Basics and the Initial Situation -- Prototype Urban Environments (UET) in the IBA Area -- FUTURE SCENARIOS FOR WILHELMSBURG -- Wilhelmsburg on the Way to the Solar Industrial Age -- Forecasts for the Reference Scenarios -- Forecasts for the Excellence Scenarios -- Comparison of Scenarios -- People, Cities, Climate Change -- ENERGY EFFICIENCY THROUGH COST EFFICIENCY -- Costs and Gains of the Future Concept Renewable Wilhelmsburg -- Challenges and Opportunities of Urban Energy Policy: Not a Cost Issue -- SOCIOLOGICAL ASPECTS OF CLIMATE CHANGE -- Energy and Awareness -- ROAD MAP FOR WILHELMSBURG -- Spatial Energy Concept -- Spatial Energy Action Plan for the Elbe Islands -- Project Gallery -- Glossary -- Authors -- Picture Credits -- Imprint
Die Zukunft des Klimas wird sich in den Städten entscheiden. Der weltweite Klimawandel erfordert insbesondere von den Metropolen der Welt schnelle und entschlossene Maßnahmen. Wie aber können sie den Weg in das postfossile und atomenergiefreie Zeitalter beschreiten und dringende Aufgaben lösen? Mit dem ENERGIEATLAS zeigt die IBA Hamburg erstmals einen räumlichstrategischen Ansatz für den energetischen Umbau eines gesamten Stadtteils. Der Hamburger Stadtteil Wilhelmsburg dient als Demonstrationsgebiet für eine intelligente Stadtentwicklung im Hinblick auf drängende energetische Fragen. Die angewandten Analysemethoden bilden die Grundlage für generalisierbare urbane Handlungsstrategien und zeigen eindrucksvoll, wie gerade Städte zu Vorreitern des Klimaschutzes und der Ressourcenschonung werden können
Global climate change calls for rapid and decisive measures, particularly from the world’s metropolises—the future of our climate will be decided in cities! But how can cities forge a path to a post-fossil fuel, post-atomic energy era, to ensure that urgently needed steps are put into practice? The ENERGY ATLAS takes the example of Hamburg’s Wilhelmsburg district to examine developments in future energy requirements. This book presents potential for saving energy, increasing efficiency and using renewable energies, as well as strategic steps for optimising energy supply. The analytical methods used here form the basis for urban action strategies, which can be applied more generally, demonstrating how cities in particular can become the pioneers of climate protection and resource conservation
Energy Atlas : Future Concept Renewable Wilhelmsburg
Frontmatter -- Contents -- The IBA Future Concept Renewable Wilhelmsburg -- The Modern Metropolis as Green Capital -- The Necessity of a Climate Protection Concept for a Renewable Wilhelmsburg -- Climate Change and Climate Policy -- WILHELMSBURG ON THE WAY TO THE FUTURE OF RENEWABLE ENERGIES -- The Post-fossil and Non-nuclear Energy Metropolises of Tomorrow -- Our Urban Destiny -- A Brief Energy History of the Elbe Island -- METHODOLOGY AND STRATEGY DEVELOPMENT -- The Basics and the Initial Situation -- Prototype Urban Environments (UET) in the IBA Area -- FUTURE SCENARIOS FOR WILHELMSBURG -- Wilhelmsburg on the Way to the Solar Industrial Age -- Forecasts for the Reference Scenarios -- Forecasts for the Excellence Scenarios -- Comparison of Scenarios -- People, Cities, Climate Change -- ENERGY EFFICIENCY THROUGH COST EFFICIENCY -- Costs and Gains of the Future Concept Renewable Wilhelmsburg -- Challenges and Opportunities of Urban Energy Policy: Not a Cost Issue -- SOCIOLOGICAL ASPECTS OF CLIMATE CHANGE -- Energy and Awareness -- ROAD MAP FOR WILHELMSBURG -- Spatial Energy Concept -- Spatial Energy Action Plan for the Elbe Islands -- Project Gallery -- Glossary -- Authors -- Picture Credits -- Imprint
Die Zukunft des Klimas wird sich in den Städten entscheiden. Der weltweite Klimawandel erfordert insbesondere von den Metropolen der Welt schnelle und entschlossene Maßnahmen. Wie aber können sie den Weg in das postfossile und atomenergiefreie Zeitalter beschreiten und dringende Aufgaben lösen? Mit dem ENERGIEATLAS zeigt die IBA Hamburg erstmals einen räumlichstrategischen Ansatz für den energetischen Umbau eines gesamten Stadtteils. Der Hamburger Stadtteil Wilhelmsburg dient als Demonstrationsgebiet für eine intelligente Stadtentwicklung im Hinblick auf drängende energetische Fragen. Die angewandten Analysemethoden bilden die Grundlage für generalisierbare urbane Handlungsstrategien und zeigen eindrucksvoll, wie gerade Städte zu Vorreitern des Klimaschutzes und der Ressourcenschonung werden können
Global climate change calls for rapid and decisive measures, particularly from the world’s metropolises—the future of our climate will be decided in cities! But how can cities forge a path to a post-fossil fuel, post-atomic energy era, to ensure that urgently needed steps are put into practice? The ENERGY ATLAS takes the example of Hamburg’s Wilhelmsburg district to examine developments in future energy requirements. This book presents potential for saving energy, increasing efficiency and using renewable energies, as well as strategic steps for optimising energy supply. The analytical methods used here form the basis for urban action strategies, which can be applied more generally, demonstrating how cities in particular can become the pioneers of climate protection and resource conservation
Energy Atlas : Future Concept Renewable Wilhelmsburg
Ahlhaus, Christoph (participant) / Droege, Peter (participant) / Genske, Dieter D (participant) / Hajduk, Anja (participant) / Hamburg, IBA (editor) / Hartwig, Joost (participant) / Hegger, Manfred (participant) / Hellweg, Uli (participant) / Henning-Jacob, Jana (participant) / Joedecke, Thomas (participant)
2015
1 Online-Ressource (224 p)
Book
Electronic Resource
English
DDC:
333.794150943515
Energy Atlas Working Report 1 : Future Concept Renewable Wilhelmsburg
| UB Braunschweig | 2015
| DataCite | 1914