Energy efficient appliance advice, eco friendly Household appliances,

We all know or think we know how to save energy and what to look for in our appliances, But read the following information from the Australian government web site and you will be amazed how much difference a little thought can make to your energy conservation and play your part in protecting the ozone layer and indeed the planet!! The following information is taken from the Australian governments web site and just shows how much of a conscious effort they are making to bring to the publics attention the problems and a few solutions to the ever worrying environmental problem that faces us all....MORE GOVERNMENTS SHOULD DO LIKEWISE!!

Household appliances, many of which are referred to as ‘white goods’, account for the majority of household energy consumption and greenhouse gas emissions.

By choosing these appliances carefully and with the environment in mind you can save money and reduce your environmental impact without compromising lifestyle.

This sounds pretty obvious I know BUT!! If you need to buy an appliance, choose one that is the right size for your needs and is as efficient as possible. Appliance rating schemes can help you to select the most efficient appliance.

Turn appliances off when not in use, preferably at the power outlet. This I must admit is my biggest flaw and many other people I speak to have the same problem...the plug is concealed behind the unit and I cant be bothered to get at it....but it is amazing the power these appliances use in stand by....read on....Many appliances continue to draw "standby" power when switched off, contributing up to ten percent of household electricity use. Most people do not realize this is probably the easiest way to save electricity.

Purchase the most efficient appliance available by choosing the highest rating product.

Think about the best layout and placement of appliances to maximise efficiency when designing a new laundry or kitchen.

Do you really need it?

This is a question all us fellas ask our partners and not because we are trying to be energy efficient...

This is the first question to ask when you are thinking of buying an appliance.

For example: Do you really need a clothes dryer when you could use the sun and a clothesline without cost?

Can you think of a way to do without an extra appliance, to save both the cost of buying and running it and the environmental impact of its use, manufacture and disposal?

Size considerations

Buy the right sized appliance to suit your needs. A large model with the same star rating as a smaller model uses more energy and generates more greenhouse gas. Ensure the retailer considers what size appliance you need.

Ongoing cost

When choosing an appliance many people ignore the ongoing costs of maintenance and operation.

Ongoing running costs can easily exceed the original purchase price of an appliance so consider the full lifetime cost when choosing an appliance.

Energy efficient appliances cost less to run and have less environmental impact than similar appliances with lower energy efficiency. Using efficient appliances can save you hundreds of euros/dollars/pounds etc each year in running costs.

THE APPLIANCE ENERGY RATING SCHEME

Look for the Energy Rating Label that shows the star rating and other useful information about energy consumption. Choose an appliance with a high star rating.

Add the purchase cost and the lifetime running cost to get a more accurate picture of the total cost of an appliance.

The Energy Rating Label must be displayed on appliances for sale. It gives a star rating between one and six stars. The greater the number of stars the higher the efficiency. Total energy consumption in kWh per year under test conditions is also shown (in the red box). If two suitable appliances have the same star rating choose the one with the lower energy consumption.

Reverse cycle air conditioners can be used for heating or cooling and their efficiency is different for the two modes of operation. The Energy Rating Label for reverse cycle air conditioners shows separate star ratings and energy consumption figures for heating (in red) and for cooling (in blue).

A detailed website (www.energyrating.gov.au) provides additional information on the Energy Rating Scheme. The site lists the energy rating and approximate annual energy costs for all appliances on sale in Australia. You can search for an appliance that best meets your needs. The site also provides tips on appliance selection and background information on how appliance ratings are determined.

Televisions, video, CD and DVD players and recorders do not carry energy rating labels in many parts of the world, neither do computers, scanners or printers. Nevertheless the collective energy demand of these appliances in a modern household is significant. Taken together, the electrical power use of these commonly used appliances may outweigh that consumed by ‘traditional’ white goods.

The rise of digital technologies has lead to the emergence of ‘convergence’ in which previously unrelated devices operate interactively with one another. As an example, record players, radios, cameras and telephones used to be quite separate devices but now consumers can buy mobile phones that play music, receive radio programs and take photographs. In the home, this phenomenon of convergence has lead to such things as refrigerators that contain a computer, and the increasingly popular ‘home theatre’.

Turn off appliances not in use where possible, although this is not always as easy as it sounds. A continual power draw is becoming the default condition for many appliances. As electronic devices have become more sophisticated they have become more and more likely to have ‘sleep’ or standby modes rather than a ‘hard off’ switch that disconnects the mains from all electrical circuits in the appliance. The average power consumption of home theatres in typical standby mode alone is equivalent to leaving a light continuously switched on.

Running a six star 360 litre fridge will produce almost half a tonne less greenhouse gas each year than a three star model. AMAZING!!!

Buy appliances that are the right size, especially freezers as their energy demand is high. A larger model will use more energy than a smaller one with the same energy star rating. One large fridge will usually be more efficient than two smaller ones.

Look for features such as easily adjustable shelving, easy access to the thermostat, simple thermostat controls, separate thermostats for fridge and freezer compartments, a door-open alarm and rollers or castors that will make cleaning and operating the fridge easier.

Chest freezers are usually more efficient than upright models as cold air does not escape every time you open the door. Upright freezers with enclosed drawers (not baskets) are a good compromise. Courtesy of Fisher & Paykel

Through-the-door features such as cold water dispensers and ice-makers use more energy and cost more. Avoid these if possible.

Upright units with one door above the other are generally more efficient than units with side by side doors.

A cool cupboard will keep many fruits and vegetables well in most climates, allowing you to choose a smaller fridge. Cool cupboards should be located in the coolest part of the house and have good airflow in at floor level and out at the ceiling.

Place the fridge or freezer in a cool spot out of direct sunlight and away from cookers, heaters and dishwashers.

Ensure 75mm air space around all sides of the cabinet. If in an alcove make sure the top is also ventilated.

Make sure the door seal is clean and in good condition. It should hold a piece of paper tightly in place when shut.

Set the fridge thermostat to between 3°C and 5°C. The freezer should be set to between -15°C and -18°C. Every degree lower requires five percent more energy. A fridge thermometer is a good investment.

Dispose of old fridges properly to avoid release of ozone damaging CFCs. Your local council should be able to offer advice.

Choose a washer that’s the right size for your needs. An oversized model will often be filled with partial loads.

Front loaders are usually more water and energy efficient. They are gentler on clothes, use less detergent and save space as they can be installed under a bench. They usually have a higher spin speed so clothes come out dryer. Some have only a cold water connection.

Top loaders usually use more water despite shorter wash times. They may be less expensive to buy but are often harsher on clothes. A suds saver feature is very desirable.

Look for models with dual water connection, cold wash cycles and auto load sensing or load size selection. Heating the water for a hot load can generate up to 4kg of greenhouse gas - a cold wash will produce less than 0.5 kg.

Models with a high spin speed and reverse tumble action are also desirable, especially if you use a clothes dryer.

Wash a full load rather than several smaller loads and use suds saver if available. Don’t use too much detergent. Making detergent produces a lot of greenhouse gases and using too much pollutes our waterways.

Most of the energy used in washing clothes is for heating the water. Use cold water where possible.

Consider buying a gas fired or heat pump model clothes dryer. They are more expensive to buy and install but much cheaper to run.

Drying a load of washing in an electric dryer generates more than 3kg of greenhouse gas.

Look for an auto-sensing feature, easily accessible lint-filters and other features such as reverse tumbling and special fabric cycles.

Do not put wet clothes in the dryer. Part dry or spin dry them first, using the maximum spin speed of the washer.

Choose the right size for your needs so you will not always be washing partial loads. Two drawer models are available and can be more efficient in households where regular small loads are required.

A well designed dishwasher will wash better at lower temperature and with less detergent than a poorly designed one.

Look for models with hot and cold connections or cold connection only. Hot connection only models use much more energy as the whole cycle will use hot water, not just the wash phase.

Use cold water cycles as much as possible in dishwashers. Select the cycle with the lowest temperature and the minimum time to get the job done.

TVs with plasma screens or large cathode ray tube displays use something like 300 watts to operate whilst the new generation of LCDs are much more efficient. The ubiquity of computers with associated scanners, printers, additional displays, 24 hour internet access etc., make them a significant part of energy use.

Wherever possible, replace computer CRTs (cathode ray tubes) displays with ‘flat’ screen LCDs (liquid crystal displays) that use much less power. They are also less tiring to look at for extended periods.

Swimming pool and spa equipment can consume large amounts of energy. Pumps and heaters should be as efficient as possible and be used as little as practicable.

If you are looking for the best energy performing whitegoods, then go to http://www.energyallstars.gov.au/. Use the site to compare products, work out how much running them will cost, and how much energy and water they will use. Only the most energy efficient models are listed..although this is an Australian site you can still compare prices and energy efficiency...any visitors who have similar european web site addresses...please forward.

The Australian Consumers’ Association (ACA) regularly undertakes benchmark testing of products, including a full range of appliances.

The results of these benchmark tests are published in the ACA magazine CHOICE and are available on-line at the ACA website at www.choice.com.au for a fee. Most public libraries subscribe to CHOICE.

The tests often provide information on energy efficiency and environmental impact that can assist in deciding which appliance to buy.

The tests also cover a range of other features such as price, safety, warranty details and performance that can help you to choose the best appliance.

When designing a new kitchen or laundry, think about the best layout and placement of appliances to maximise efficiency.

Refrigerators and freezers should be located out of direct sunlight and away from other sources of heat such as ovens and stoves.

Appliances that require hot water should be located as close to the hot water service as possible to reduce heat losses in pipes..

Where possible choose appliances that have a high rating for water efficiency.
[See: Saving water at home ]

All information gathered from http://greenhouse.gov.au a fascinating site and well worth a visit

Eco Friendly Household Appliances

Environmentally friendly appliances: Energy efficient appliances and their use of...

Do you really need it?

Size considerations

Ongoing cost

THE APPLIANCE ENERGY RATING SCHEME