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Designing Sustainable Energy for All : Sustainable Product-Service System Design Applied to Distributed Renewable Energy.

By: Vezzoli, Carlo.
Contributor(s): Ceschin, Fabrizio | Osanjo, Lilac | M'Rithaa, Mugendi K | Moalosi, Richie | Nakazibwe, Venny | Diehl, Jan Carel.
Material type: materialTypeLabelBookSeries: Green Energy and Technology Series: Publisher: Cham : Springer International Publishing AG, 2018Copyright date: �2018Edition: 1st ed.Description: 1 online resource (230 pages).Content type: text Media type: computer Carrier type: online resourceISBN: 9783319702230.Genre/Form: Electronic books.Online resources: Click to View
Contents:
Intro -- Foreword I -- Foreword II -- Foreword III -- Foreword IV -- Foreword V -- Preface I -- Preface II -- Acknowledgements -- Notes from the book -- Contents -- List of Figures -- List of Tables -- Sustainable Energy for All -- 1 Energy and Sustainable Development -- 1.1 United Nations Sustainability Energy for All (SE4A) Agenda -- 1.2 Sustainable Energy for All in Africa -- 1.2.1 Sustainable Energy for All in Kenya -- 1.2.2 Sustainable Energy for All in Uganda -- 1.2.3 Sustainable Energy for All in South Africa -- 1.2.4 Sustainable Energy for All in Botswana -- 1.2.5 Sustainable Energy for All in Europe -- 1.3 Defining Access to Energy -- 1.4 Distributed Renewable Energy: A Key Leverage Towards Sustainable Energy for All (SE4A) -- 1.5 Sustainable Product-Service Systems Applied to Distributed Renewable Energy: An Introduction -- References -- 2 Distributed/Decentralised Renewable Energy Systems -- 2.1 Distributed/Decentralised Renewable Energy: Sustainability -- 2.2 Distributed/Decentralised Renewable Energy Systems: Structures and Types -- 2.3 Renewable Energy Systems Types -- 2.3.1 Solar Energy -- 2.3.2 Wind Energy -- 2.3.3 Hydro Energy -- 2.3.4 Biomass Energy -- 2.3.5 Geothermal Energy -- 2.4 Is Renewable Energy Zero Impact? -- 2.5 Barriers to Distributed/Decentralised Renewable Energy Systems -- References -- 3 Sustainable Product-Service System (S.PSS) -- 3.1 S.PSS: An Introduction and Definition -- 3.2 S.PSS Types -- 3.2.1 Product-Oriented S.PSS: Adding Value to the Product Life Cycle (Type I) -- 3.2.2 Use-Oriented S.PSS: Offering Enabling Platforms for Customers (Type II) -- 3.2.3 Result-Oriented S.PSS: Offering Final Results to Customers (Type III) -- 3.3 S.PSS Sustainability Benefits -- 3.3.1 S.PSS Environmental Benefits -- 3.3.2 S.PSS Socioethical Benefits -- 3.3.3 S.PSS Economic and Competitive Benefits.
3.4 S.PSS Barriers and Limits -- 3.4.1 Not All PSSs Are Sustainable -- 3.4.2 Barriers -- References -- 4 Sustainable Product-Service System Applied to Distributed Renewable Energies -- 4.1 Sustainable Product-Service System Applied to Distributed Renewable Energy: A Win-Win Opportunity -- 4.2 Scenario for S.PSS Applied to Distributed Renewable Energy -- 4.2.1 Energy for All in Daily Life (Vision 1) -- 4.2.2 Energise Your Business Without Initial Investment Cost (Vision 2) -- 4.2.3 'Pay x Use' Your Daily Life Products and Energy (Vision 3) -- 4.2.4 Start-up Your Business Paying Per Period for Equipment and Energy (Vision 4) -- 4.3 S.PSS Applied to DRE: Sustainability Potential Benefits -- 4.3.1 Environmental Benefits of S.PSS Applied to DRE -- 4.3.2 Socioethical Benefits of S.PSS Applied to DRE -- 4.3.3 Economic Benefits of S.PSS Applied to DRE -- 4.4 S.PSS Applied to DRE: A New Classification System and 15 Archetypal Models -- 4.4.1 Classification System -- 4.4.2 Archetypal Models of S.PSS Applied to DRE -- 4.5 S.PSS Applied to DRE: Critical Factors -- 4.5.1 Customer -- 4.5.2 Energy System -- 4.5.3 Services -- 4.5.4 Network of Providers -- 4.5.5 Offer -- 4.5.6 Payment Channels -- References -- System Design for Sustainable Energy for All -- 5 Design for Sustainability: An Introduction -- 5.1 Evolution of Design for Sustainability -- 5.2 Product Life Cycle Design or Eco-Design -- 5.3 Design for Eco-Efficient Product-Service Systems -- 5.4 Design for Social Equity and Cohesion -- 5.5 Design for Socio-Technical Transitions -- 5.6 State of the Art of Design for Sustainability -- 5.7 Human-Centred and Universal Design -- References -- 6 System Design For Sustainable Energy For All: A New Role For Designers -- 6.1 System Design for Sustainable Energy for All -- 6.2 SE4A Design Criteria, Guidelines and Examples -- Method and Tools for SD4SEA.
7 Method and Tools for System Design for Sustainable Energy for All -- 7.1 Method for System Design for Sustainable Energy for All -- 7.2 SD4SEA Tools -- 7.2.1 Sustainability Design Orienting Scenario (SDOS) on S.PSS&amp -- DRE -- 7.2.2 Strategic Analysis (SA) Template -- 7.2.3 Sustainable Energy for All Idea Tables and Cards -- 7.2.4 E.DRE-Estimator for Distributed Renewable Energy -- 7.2.5 PSS + DRE Innovation Map -- 7.2.6 S.PSS + DRE Design Framework &amp -- Cards -- 7.2.7 The Energy System Map -- 7.2.8 Innovation Diagram for S.PSS&amp -- DRE -- 7.2.9 Concept Description Form for S.PSS and DRE -- 7.2.10 Stakeholder Motivation and Sustainability Table -- References -- 8 Practical Examples of Application of SD4SEA Approach/Tools -- 8.1 Introduction -- 8.2 Solar Energy Company, Botswana -- 8.3 SMEs for Energy, Uganda -- 8.4 Summary and Considerations.
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Intro -- Foreword I -- Foreword II -- Foreword III -- Foreword IV -- Foreword V -- Preface I -- Preface II -- Acknowledgements -- Notes from the book -- Contents -- List of Figures -- List of Tables -- Sustainable Energy for All -- 1 Energy and Sustainable Development -- 1.1 United Nations Sustainability Energy for All (SE4A) Agenda -- 1.2 Sustainable Energy for All in Africa -- 1.2.1 Sustainable Energy for All in Kenya -- 1.2.2 Sustainable Energy for All in Uganda -- 1.2.3 Sustainable Energy for All in South Africa -- 1.2.4 Sustainable Energy for All in Botswana -- 1.2.5 Sustainable Energy for All in Europe -- 1.3 Defining Access to Energy -- 1.4 Distributed Renewable Energy: A Key Leverage Towards Sustainable Energy for All (SE4A) -- 1.5 Sustainable Product-Service Systems Applied to Distributed Renewable Energy: An Introduction -- References -- 2 Distributed/Decentralised Renewable Energy Systems -- 2.1 Distributed/Decentralised Renewable Energy: Sustainability -- 2.2 Distributed/Decentralised Renewable Energy Systems: Structures and Types -- 2.3 Renewable Energy Systems Types -- 2.3.1 Solar Energy -- 2.3.2 Wind Energy -- 2.3.3 Hydro Energy -- 2.3.4 Biomass Energy -- 2.3.5 Geothermal Energy -- 2.4 Is Renewable Energy Zero Impact? -- 2.5 Barriers to Distributed/Decentralised Renewable Energy Systems -- References -- 3 Sustainable Product-Service System (S.PSS) -- 3.1 S.PSS: An Introduction and Definition -- 3.2 S.PSS Types -- 3.2.1 Product-Oriented S.PSS: Adding Value to the Product Life Cycle (Type I) -- 3.2.2 Use-Oriented S.PSS: Offering Enabling Platforms for Customers (Type II) -- 3.2.3 Result-Oriented S.PSS: Offering Final Results to Customers (Type III) -- 3.3 S.PSS Sustainability Benefits -- 3.3.1 S.PSS Environmental Benefits -- 3.3.2 S.PSS Socioethical Benefits -- 3.3.3 S.PSS Economic and Competitive Benefits.

3.4 S.PSS Barriers and Limits -- 3.4.1 Not All PSSs Are Sustainable -- 3.4.2 Barriers -- References -- 4 Sustainable Product-Service System Applied to Distributed Renewable Energies -- 4.1 Sustainable Product-Service System Applied to Distributed Renewable Energy: A Win-Win Opportunity -- 4.2 Scenario for S.PSS Applied to Distributed Renewable Energy -- 4.2.1 Energy for All in Daily Life (Vision 1) -- 4.2.2 Energise Your Business Without Initial Investment Cost (Vision 2) -- 4.2.3 'Pay x Use' Your Daily Life Products and Energy (Vision 3) -- 4.2.4 Start-up Your Business Paying Per Period for Equipment and Energy (Vision 4) -- 4.3 S.PSS Applied to DRE: Sustainability Potential Benefits -- 4.3.1 Environmental Benefits of S.PSS Applied to DRE -- 4.3.2 Socioethical Benefits of S.PSS Applied to DRE -- 4.3.3 Economic Benefits of S.PSS Applied to DRE -- 4.4 S.PSS Applied to DRE: A New Classification System and 15 Archetypal Models -- 4.4.1 Classification System -- 4.4.2 Archetypal Models of S.PSS Applied to DRE -- 4.5 S.PSS Applied to DRE: Critical Factors -- 4.5.1 Customer -- 4.5.2 Energy System -- 4.5.3 Services -- 4.5.4 Network of Providers -- 4.5.5 Offer -- 4.5.6 Payment Channels -- References -- System Design for Sustainable Energy for All -- 5 Design for Sustainability: An Introduction -- 5.1 Evolution of Design for Sustainability -- 5.2 Product Life Cycle Design or Eco-Design -- 5.3 Design for Eco-Efficient Product-Service Systems -- 5.4 Design for Social Equity and Cohesion -- 5.5 Design for Socio-Technical Transitions -- 5.6 State of the Art of Design for Sustainability -- 5.7 Human-Centred and Universal Design -- References -- 6 System Design For Sustainable Energy For All: A New Role For Designers -- 6.1 System Design for Sustainable Energy for All -- 6.2 SE4A Design Criteria, Guidelines and Examples -- Method and Tools for SD4SEA.

7 Method and Tools for System Design for Sustainable Energy for All -- 7.1 Method for System Design for Sustainable Energy for All -- 7.2 SD4SEA Tools -- 7.2.1 Sustainability Design Orienting Scenario (SDOS) on S.PSS& -- DRE -- 7.2.2 Strategic Analysis (SA) Template -- 7.2.3 Sustainable Energy for All Idea Tables and Cards -- 7.2.4 E.DRE-Estimator for Distributed Renewable Energy -- 7.2.5 PSS + DRE Innovation Map -- 7.2.6 S.PSS + DRE Design Framework & -- Cards -- 7.2.7 The Energy System Map -- 7.2.8 Innovation Diagram for S.PSS& -- DRE -- 7.2.9 Concept Description Form for S.PSS and DRE -- 7.2.10 Stakeholder Motivation and Sustainability Table -- References -- 8 Practical Examples of Application of SD4SEA Approach/Tools -- 8.1 Introduction -- 8.2 Solar Energy Company, Botswana -- 8.3 SMEs for Energy, Uganda -- 8.4 Summary and Considerations.

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Electronic reproduction. Ann Arbor, Michigan : ProQuest Ebook Central, 2023. Available via World Wide Web. Access may be limited to ProQuest Ebook Central affiliated libraries.

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