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Energy Efficiency in Household Appliances and Lighting

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Cover of 'Energy Efficiency in Household Appliances and Lighting'

Table of Contents

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    Book Overview
  2. Altmetric Badge
    Chapter 1 Opening Speech
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    Chapter 2 Speech by the Ministry
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    Chapter 3 Energy Efficiency of our Appliances in the Household Industry
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    Chapter 4 Domestic Lighting and Energy Efficiency: The Assoluce (the Italian Association of Lighting Manufacturers of Federlengo-Arredo) Position
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    Chapter 5 The Road to Kyoto: What We Have Achieved, What Shall Be Done (Technologies)
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    Chapter 6 Energy Services in the Domestic Sector as a Result of the Liberalised Market
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    Chapter 7 The Way Forward
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    Chapter 8 Energy Efficiency Standards in the U.S.
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    Chapter 9 High Performance Clothes Washer in-Site Demonstration in a Multi-Housing Multi-User Environment
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    Chapter 10 20% Less Energy on Washing Machines: How Were the Savings Achieved?
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    Chapter 11 Field Test of Heat-Fed Washing Machines and Laundry Dryers
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    Chapter 12 Heat Pump or Gas-Heating: New Approaches to Save Energy for Drying of Laundry
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    Chapter 13 New Washing Technologies for the New Millennium
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    Chapter 14 How Precise Labelling Can Be Done? Experience with Energy-Label Verification Procedures for Washing Machines
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    Chapter 15 Assessment of the Cleaning Efficiency of Domestic Washing Machines with Artificially Soiled Test Cloth
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    Chapter 16 Development of a New Energy Efficient Combined Refrigerator/Freezer
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    Chapter 17 The Effect of Thermal Aging Polyurethane to Increasing the Energy Consumption of Refrigerator and Freezer
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    Chapter 18 Vacuum Insulation Panels (VIPs) Technology: A Viable Route to Improve Energy Efficiency in Domestic Refrigerators and Freezers
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    Chapter 19 Technical and Economical Evaluation of Vacuum Insulated Panels for a European Freezer
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    Chapter 20 Socio-Technical Networks and the Sad Case of the Condensing Boiler
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    Chapter 21 International Heat Pump Status and Policy Review
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    Chapter 22 Innovative Heating — Air Conditioning System with Electric Heat Pump in Residential and Services Sectors
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    Chapter 23 Operazione “Caldaia Sicura” Maintenance and Inspection Campaign for Heating Systems
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    Chapter 24 Design for Energy Efficiency as a Basis for Innovations in Kitchen Appliances
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    Chapter 25 Energy Use of Central Heating Pumps, Appliance Efficiency at the Component Level
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    Chapter 26 Natural Gas for Domestic Appliances in Austria. Future Perspectives and the Potential of Energy Efficient Technologies
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    Chapter 27 Cogeneration for Energy Saving in Household Applications
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    Chapter 28 An Efficient Induction Motor Vector Controller for Washing Machine Applications
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    Chapter 29 An Improved Permanent Magnet Synchronous Motor Drive for Household Refrigerators
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    Chapter 30 Voltage Regulator for Single-Phase Asynchronous Motor
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    Chapter 31 Energy Use of U.S. Consumer Electronics at the End of the 20th Century
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    Chapter 32 An Energy Efficiency Index for TVs
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    Chapter 33 Whole-House Measurements of Standby Power Consumption
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    Chapter 34 Drivers of Market Transformation in Domestic Lighting
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    Chapter 35 Compact Fluorescent Torchieres: A Case Study in Market Transformation
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    Chapter 36 The European Design Competition for Dedicated CFL Fixtures: A Successful Example of Market Transformation
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    Chapter 37 Know Thy Customers: The Use and Value of Customer Segmentation in Marketing Energy-Efficient Lighting
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    Chapter 38 CFL Assembly at some Budgetary Consumers A DSM Action Financed by CONEL/S.C. Electrica S.A
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    Chapter 39 Promotion of Consulting Center Establishment for Energy Efficiency Lighting Systems Implementation in Kharkov (Ukraine)
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    Chapter 40 Chinese Lighting Energy Consumption and the Potential Impact of the Proposed Ballast Energy Efficiency Standard
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    Chapter 41 Energy and Carbon Impact of New U.S. Fluorescent Lamp Ballast Energy Efficiency Standards
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    Chapter 42 Application of Uncertainty in Life Cycle Cost Analysis of New U.S. Fluorescent Lamp Ballast Energy Efficiency Standards
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    Chapter 43 A General Design for Energy Test Procedures
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    Chapter 44 Refrigeration Energy Label Standard Measurements Linked to Energy Consumption in Daily Use
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    Chapter 45 Cold Appliance European Ring Test
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    Chapter 46 A Generic Approach to the Determination of Refrigerator Energy Efficiency
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    Chapter 47 A New Method for Detailed Electric Consumption of Domestic Appliances
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    Chapter 48 A Measured Factor-4 House
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    Chapter 49 Metering Campaign on All Cooking End-Uses in 100 Households
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    Chapter 50 Should Research Money Been Spent for Intrusive or Non-Intrusive End-Use Metering?
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    Chapter 51 A Consumer Advice on Energy Efficient Use and Purchase of Household Appliances and Lighting
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    Chapter 52 Influencing Consumer Behaviour — Danish Clothes Washing as an Example
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    Chapter 53 Room Air Conditioners: Consumer Survey in Italy and Spain
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    Chapter 54 Domestic Appliance Salesperson as Consumer’s Information Source
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    Chapter 55 Changing the Electricity Customer Mentality, Under Energy Market Liberalisation Circumstances
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    Chapter 56 The Second Turn of the Energy Efficiency Spiral
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    Chapter 57 Lower Carbon Futures for European Households
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    Chapter 58 High Efficiency Household Appliances and Low Income Families in Italy
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    Chapter 59 Present Status and Perspective of Energy Efficiency and Conservation Policies in Japan Residential and Commercial Sector
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    Chapter 60 Impacts of U.S. Appliance Standards to Date
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    Chapter 61 Standards and Labels of Household Appliances as an Opportunity to Reduce CO 2 Emissions
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    Chapter 62 How Energy Labelling Affected Production Decisions of Appliance Manufacturers in Thailand
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    Chapter 63 Evaluating the Impact of Appliance Efficiency Labeling Programs and Standards
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    Chapter 64 New for Old: Redesigning the Australian Energy Label
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    Chapter 65 Testing of International Appliance Labeling Approaches with U.S. Consumers
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    Chapter 66 Standardization and Labeling of Electrical Appliances in Malaysia
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    Chapter 67 Energy Efficiency of Electric Appliances and the Energy Label: Review of the Special Situation for Ovens
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    Chapter 68 Labelling Domestic Ovens (Save Study 4.1031/D/97-047)
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    Chapter 69 Variability of Consumer Impacts from Energy Efficiency Standards
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    Chapter 70 Market Transformation in CEEs: Results from the SACHA Projects
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    Chapter 71 Supporting a Network for Energy Efficiency Labels and Standards Programs in Developing Countries
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    Chapter 72 The Calculation Method and Potential of Energy Saving in Energy Labeling Program for Indonesia
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    Chapter 73 Making it Obvious: Designing Feedback into Energy Consumption
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    Chapter 74 Impact on Implementing Demand Side Management in Residential Sector
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    Chapter 75 The UK’S Green Electricity Market: Is it Sprouting?
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    Chapter 76 Selling a Function Instead of a Product: Renting White Goods Via Functional Service Contracts (FUNSERVE)
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    Chapter 77 ENEA Activities on Demand Side Management
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    Chapter 78 Europe’s Most Energy Efficient Refrigerator-Freezers — the European Countries Working Together on the Forefront of the Market
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    Chapter 79 Domestic Appliances as Virtual Power Stations
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    Chapter 80 Transforming Multifamily Properties to Efficient Appliances and Lighting Via Centralized and Negotiated Procurements
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    Chapter 81 The Idea Network and Appliance Efficiency
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    Chapter 82 Maximising the Improvements, Minimising the Investments. A Case History from a Manufacturer
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    Chapter 83 The Danish Electricity Saving Trust: the Campaign in Autumn 1999 — A Review of Experience
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    Chapter 84 The Sky is the Limit! Or Why Can More Efficient Appliances Not Decrease the Electricity Consumption of Dutch Households
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    Chapter 85 Criteria Definition and Recognition Mechanisms for Accelerated Innovation
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    Chapter 86 Major Appliance Energy Efficiency Trends in the European Union
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    Chapter 87 Creating a Carbon Market
Overall attention for this book and its chapters
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Title
Energy Efficiency in Household Appliances and Lighting
Published by
Springer Berlin Heidelberg, December 2012
DOI 10.1007/978-3-642-56531-1
ISBNs
978-3-54-041482-7, 978-3-64-256531-1
Editors

Bertoldi, Paolo, Ricci, Andrea, Almeida, Anibal

Twitter Demographics

The data shown below were collected from the profiles of 11 tweeters who shared this research output. Click here to find out more about how the information was compiled.

Mendeley readers

The data shown below were compiled from readership statistics for 33 Mendeley readers of this research output. Click here to see the associated Mendeley record.

Geographical breakdown

Country Count As %
Korea, Republic of 1 3%
Switzerland 1 3%
Unknown 31 94%

Demographic breakdown

Readers by professional status Count As %
Student > Ph. D. Student 9 27%
Student > Master 8 24%
Researcher 3 9%
Professor > Associate Professor 3 9%
Student > Bachelor 2 6%
Other 5 15%
Unknown 3 9%
Readers by discipline Count As %
Environmental Science 5 15%
Engineering 5 15%
Design 4 12%
Computer Science 3 9%
Energy 3 9%
Other 7 21%
Unknown 6 18%