Energy Efficiency In Househould Appliances And Lighting

Household appliances encompass a large variety of equipment including the cold appliances (refrigerators and freezers), the wet appliances (washing machines, dishwashers and dryers), the space conditioning appliances (heaters, air conditioners, heat pumps, fans, boilers), the water heaters, the cooking appliances, a wide array of consumer electronics (such as TVs, VCRs, HiFi systems) and miscellaneous small appliances (such as vacuum cleaners, irons, toasters, hairdryers and power tools). Household appliances save a large amount of domestic labour to perform the household tasks, as well as provide comfort conditions and convenience to the household occupants. The European Community SAVE Programme has promoted the efficient use of energy, in particular in domestic appliances. SAVE has sponsored a variety of studies to characterise the use of the main household appliances and lighting and to identify cost-effective technical options to improve the energy efficiency, as well as to identify the strategies to promote the penetration ofefficient equipment in the market place. National energy agencies, independent experts and appliance manufacturers have participated in the SAVE activities and have done a remarkable job. While the energy efficiency ofthe main household appliances has been improved, at the same time it was possible in most cases to improve the appliance performance, reliability and qualityofservice.

There is widespread interest throughout the world in improving appliance energy efficiency. Methods to reach that end include energy labeling, energy efficiency standards and market conditioning (e.g, energy efficient procurement and DSM programs). Energy efficiency standards, which started out as an action to reduce demand for energy in individual countries, has now become a subject of regional and even worldwide dimension, particularly in the context of global climate change mitigation. Mandatory energy efficiency standards are in place for some appliances in China, Canada, Mexico, the Philippines and the United States. Standards for refrigerator/freezers will take effect in Australia and the European Union in 1999. Voluntary energy efficiency standards are in place for refrigerators in Brazil, India and Korea and for air conditioners in India, Japan and Korea. Table I showed potential global energy use reductions from codes and standards in buildings. If individual country data can be assembled, a more accurate approach to estimating potential reductions in energy use and carbon emissions would be to perform a bottom-up analysis for energy using equipment on an end-use basis in as many large developing countries as possible. The impact of standards would be assessed as more efficient appliances replaced existing stock models and new purchases that increased saturation rates were made at higher efficiencies than would otherwise be the case. This approach would show the slow but steady buildup of annual energy savings from efficiency standards or other programs to improve energy efficiency.

This book contains peer-reviewed papers presented at the 10th International Conference on Energy Efficiency in Domestic Appliances and Lighting (EEDAL'19), held in Jinan, China from 6-8 November 2019. Energy efficiency helps to mitigate CO2 emissions and at the same time increases the security of energy supply. Energy efficiency is recognized as the cleanest, quickest and cheapest energy source. Not only this, but energy efficiency brings several additional benefits for society and end-users, such as lower energy costs, reduced local pollution, better outdoor and indoor air quality, etc. However, in some sectors, such as the residential sector, barriers to investments in energy efficiency remain. Legislation adopted in several jurisdictions (EU, Japan, USA, China, India, Australia, Brazil, etc.) helps in removing barriers and fosters investments in energy efficiency. These initiatives complement innovative financing schemes for energy efficiency, the provision of energy services by energy service companies and different types of information programs. At the same time, progress in appliance technologies and in solid state lighting offer high levels of efficiency. LED lighting is an example. As with previous conferences in this series, EEDAL’19 provided a unique forum to discuss and debate the latest developments in energy and environmental impact of households, including appliances, lighting, heating and cooling equipment, electronics, smart meters, consumer behavior, and policies and programs. EEDAL addressed non-technical issues such as consumer behavior, energy access in developing countries, and demand response.

In IEA Member countries, electrical appliances are the fastest growing energy users, after automobiles. Cost-effective technology exists that could improve the energy efficiency of appliances by more than one-third in ten years. Through application of such technology, the greenhouse gases emitted as a result of the use of appliances in IEA Member countries alone could be slashed by the equivalent of 322 million tonnes of CO2 per year by 2010. This book assesses the potential energy savings and carbon reductions to be achieved through technical improvements to appliances. It analyses the policy options available to stimulate greater manufacture and use of more efficient appliances. It suggests ways to strengthen existing appliance-efficiency programmes, and it demonstrates how international collaboration can enhance those programmes (IEA Website)

How efficient are front-load washing machines? When is it time to replace your old refrigerator? These questions and many more are answered in The Consumer Guide to Home Energy Savings, a one-stop resource for consumers who want to improve their home's energy performance and reduce costs. Zeroing in on the most useful response can be a challenge; this ninth edition cuts through the confusion. Well-organized and highly readable, The Consumer Guide to Home Energy Savings begins with an overview of the interrelationships between energy use, economics, and the environment. Chapters focus on specific areas in the home, such as electronics, lighting, heating, cooling, ventilation, kitchen, and laundry, and provide helpful explanations for each, including: Describing energy use characteristics Drawing comparisons between available technologies Outlining the most cost-effective repair and replacement options Providing step-by-step guidance for finding the right equipment Describing how the equipment operates Summarizing how much energy is used or lost Included are tips on improving existing equipment and guidance for when and why consumers should purchase new energy-efficient equipment, as well as a reminder to check local government and utility incentives for purchase or retrofit grants. This guide will be an invaluable resource to all consumers concerned about reducing both their energy bills and their environmental impact. Jennifer Thorne Amann is a senior associate in the ACEEE (American Council for an Energy-Efficient Economy) Buildings and Equipment Program. Alex Wilson is president of BuildingGreen, Inc., author of Your Green Home, and executive editor of Environmental Building News.

Did you know that lowering the temperature of your thermostat by a mere 2 degrees Fahrenheit could reduce your energy bill by 10 percent? Or that energy-efficient light bulbs last about 12 times longer than ordinary bulbs and consume one-fifth the energy? This is just the beginning of what you'll learn in this handy book, containing more than one hundred ideas for saving energy. These tips will save you money, and help you take your first steps in the fight against global warming.-publisher description.

By 2010 there will be over 3.5 billion mobile phones subscribers, 2 billion TVs in use around the world and 1 billion personal computers.This book examines how "smart" this equipment is from an energy efficiency perspective and what the potential is for energy savings. It includes a global assessment of the changing pattern in residential electricity consumption over the past decade and an in-depth analysis of the role played by electronic equipment. It reviews the influence that government policies have had on creating markets for more energy efficient appliances and identifies new opportunities for creating smarter, more energy efficient homes.

Electric lamps, Incandescent lamps, Discharge lamps, Filament lamps, Fluorescent lamps, Lamps, Lighting equipment, Electrical household appliances, Energy consumption, Efficiency, Electric power (wattage), Luminous flux, Life (durability), Verification, Testing conditions, Electrical testing