We use a great deal of energy in our homes. Our homes account for over a quarter of greenhouse gas emissions in northern countries like the UK. However, reducing your home’s energy consumption is in most cases quite easy. It can also be very lucrative: some of the major actions you can take to reduce your home’s energy consumption pay back very quickly, and so you soon start saving a small fortune. There are 4 or 5 simple measures that almost every householder should focus on.

1.Insulate your home. By keeping more of the warmth in your home in winter, you will save a small fortune on your heating bills. The most common types on insulation to install are in the loft and also in the gap between your external walls (called ‘cavity wall insulation’). You can also insulate your floors and walls. Not only will this save you money, but your home will be more comfortable in winter and cooler in summer. Plus in the UK, because the government subsidises insulation, the investment needed will normally payback in under 2 years. Moreover, on average you will be preventing 1 to 2.5 tonnes of carbon dioxide being emitted each year.

2.Upgrade to a super-efficient condensing boiler. Your boiler is the main energy user in the house. Modern condensing boilers are far more efficient than some models made even 5 years ago. They use far less gas, and can save you up to 40% off your heating bills as a result. They last for around 15 years so the savings really add up over time. Plus by doing this you are saving an estimated 1.25 tonnes of carbon dioxide each year.

3.Replace your light bulbs with low energy bulbs. These use up to 80% less electricity used by traditional incandescent bulbs, and are now indistinguishable in terms of the light they emit. Plus they last up to 10 times longer. So as well as cutting your electricity bills, you don’t have to get the ladder out so often to replace bulbs that have blown. Now that these bulbs have come down in price, they can payback their extra cost in a very short time (only a couple of months) in terms of lower electricity bills.

4.Install energy efficient home appliances. Replacing your old fridge with the most energy efficient models can save you a small fortune on your electricity bills. In fact with the most energy efficient models, the savings can actually add up to cover the entire cost of the new fridge! Plus you can also buy other energy efficient appliances, such as washing machines and dishwashers. In the EU all appliances carry an energy efficiency rating, so it is easy to spot the most efficient.

5.Install a solar hot water system. This is the most expensive of the measures mentioned in this article, but still worth doing, even in northern climates. A solar system can provide up to 70% of your hot water needs in a year, saving on your gas bills. Using solar panels mounted on the roof, solar hot water systems can be installed in most houses. This is a tried and tested technology, and you may qualify for a government grant to help with the cost of installation.

By taking these 5 measures, the average householder can save hundreds of pounds a year off their energy bills, and prevent several tonnes of carbon dioxide being emitted into the atmosphere. Even taking one or two of these steps has a big impact.

Plus for those who want to make an even bigger reduction in their home’s energy use, there are also more advanced measures to be considered such as solar electricity and ground source heat pumps. These generally cost more, but can allow your home to lower even further its impact on Climate Change.

With energy prices set to stay high, and time running out to prevent harmful changes in the earth’s climate, it really does make sense to improve our homes as soon as possible to include these measures. Further information on how to get going is on downwithco2.com.

Technorati Tags: bills, Cuts, energy, Home

Various lucrative plans and tariffs are offered by these energy suppliers to attract more and more users. Although the tough competition amongst the providers has highly benefited the people, it has simultaneously created confusion in their mind. In a physical market, it is really difficult to analyze the services of these suppliers. And its even more difficult to compare their plans, tariffs and prices. It requires a lot of efforts, time and money, and even after that its tough to decide whether the selection is right or not.

The solution for this problem is provided by the virtual world of Internet. The presence of these gas and electricity providers on Internet, has given a comfortable platform to the people. There are many dedicated websites, which provide all the details about energy suppliers. Here users can see all the details of any provider.

Acquiring these services, and to switch over to a new one is not an easy task in the physical market. An individual is suppose to fill up various quotes to analyze the details of different energy suppliers. And comparing two providers for pricing and service purpose, is almost impossible. But on Internet, there are many online comparison portals, which facilitates the user to select the best and affordable supplier.

Here a person has to fill up a single quote to acquire the services of a particular provider. And switching over to a new energy supplier is also easier, because there is no paper work here.

There is another way of choosing the best and cheap energy supplier. Beside these online comparison portals, there are few comparison companies who pays visit to the place of users, to analyze their usage and actual requirement. And then they advice the most affordable and suitable supplier to the user. People could rely on these companies, due to their practical analysis.

Price is a big issue for everybody, and people try to avoid the variation of price in the market. A solution of this problem is provided in the form of Capped tariffs. Cap tariff means a particular price for specific time period, which will not get influenced by the variation in the market price. But as a major drawback, it forces to enter into a contract with terms and conditions.

All the informations and details of energy suppliers are provided on the Internet, and the online comparison portals have simplified the method of selecting the best and cheap energy providers. These dedicated websites certainly help to save a lot of efforts, time and money.

PR: wait… I: wait… L: wait… LD: wait… I: wait… wait… Rank: wait… Traffic: wait… Price: wait… C: wait…

Technorati Tags: Affordable, Best, Choose, electricity, energy, supplier

It’s a very important step – yet it is one that nearly everyone falls all over. In fact, it is the first step for a reason. Knowing where to start looking for energy problems is half the battle. Once you find the problem areas of your home, you can find solutions that will fix or remedy those areas.

In this article, we’ll focus on your kitchen’s energy usage.

Every home or apartment has a kitchen. And in this kitchen there are numerous appliances you have to keep your eye on. Do you know what the biggest energy waster is in 95% of kitchens? It’s the refrigerator. That modern marvel is terrific for keeping foods from spoiling, but if it is more than 10 years old, it is “obsolete” and a waster of energy. Today’s refrigerator units use on average 25% less energy than their predecessors just 10 years ago.

So what can go wrong with a refrigerator? Usually the first sign of wear on an old fridge is the seals and hinges of the door. It isn’t surprising when you consider that the doors are opened and closed repeatedly at least 10 times a day in over 50% of homes. Think about how often you open and close the doors on a daily basis. Twice at breakfast, four times or more at dinner, and a few more times to reach for a cold beverage.

All the strain on the hinges adds up, especially on older units. Now granted, they are built to withstand the constant opening and closing, but eventually problems will crop up. And when they do, either the door refuses to close all the way or it gives way to small areas around the door that aren’t insulating as well as they should.

And the seal…well it doesn’t take long for the seal to crack or lose its tight “grip”. Once this happens, refrigerated air will leak out (or more to the point, warmer air will seep in) causing your fridge to work harder. The additional strain on the compressor, fan, and other parts means they run longer, on average, than usual. And this directly translates to high energy bills.

So, whats the solution? Well, hinges should be replaced if they are going bad, and the seals should be checked – especially on older units. You can also improve the efficiency of your fridge by ensuring it is not placed in direct sunlight or near a heat register. Minimize the amount of times the doors are opened and closed. Every time you open or close the door, you are exchanging cooled air for warm air. Finally, vacuum the exchanger coils once per year to allow better air circulation and more efficient operation.

The fridge is not the only place energy is used or potentially wasted. Your stove/oven also uses energy. And like refrigerators, the older they are the less efficient they become.

Whether you have an electric range or gas range, be aware that advances in appliance technology again means that units 10 years old or more are less efficient than current models. Keep in mind too if you have a natural gas range that there is inherent inefficiency with burning fuel for heat. Every gas appliance has an efficiency rating which tells you how efficient the unit is at converting the gas input to heat. As a practical example, if a range has a 10,000 BTU burner and operates at 80% efficiency, the most heat it will out put is 8,000 BTU. As the unit gets older, the efficiency rating goes down, so the fuel is burned less efficiently. This means that the range will need to run longer to achieve the desired result. Again, the direct result is higher gas bills.

Electric ranges are no different, except, as with all electronics, they are near 100% efficient in converting the “power”. In other words, there isn’t a built in efficiency problem as with natural gas appliances. The wattage the unit is rated at will be what it takes as input, and the heat output is consistent. There is no need to convert to an “efficiency output” as with natural gas. However, like their gas counterparts, the heating elements and electronics inside the unit certainly become outdated or can break over time. Consider that if an electric range burner “burns out” or breaks, it is useless. It must be replaced. Gas appliances usually don’t have these electrical problems. Newer units use less power and heat better because of better convective cooking surfaces, better heating elements, and better, more energy friendly electronics inside the unit.

Ovens, whether they are electric or gas, typically have the same faults. Over time, the seals wear out and heat is wasted through the doors, Their heating elements as well can become old and outdated. Additionally, the insulation that surrounds the oven may crumble or being to show signs of wear. All these elements contribute to the oven’s inefficiency.

So, how do you combat these problems? Sometimes, it isn’t an option to use them less. But ideally, that is the best course of action. When using the oven, try to cook foods during the last 5 minutes of the cooking cycle with the heat “off”. Avoid peeking into the oven – use the window. Opening the oven too often allows vital heat to escape, and thus the oven as to turn on for a period of time to compensate for the lost heat. You can use a similar trick with electric ranges. The element will remain warm for a couple minutes after it is turned off. Use covers when cooking on the range as they trap more heat than open pots and pans. Lastly, once boiling temperature is reached, turn down the burner to maintain the boil. It saves energy, while still boiling the liquid.

Last, let’s touch briefly on microwaves. Another modern marvel that makes cooking fast and simple. There is a direct correlation between the power of the microwave and the power consumption. The power, measured in watts, is the power input. At 100% power, the microwave converts most of the power input to radiation, which heats the food/liquid in the microwave. Simply put, the more powerful the microwave, the more energy it takes. There is no such thing as a powerful microwave that is “energy efficient”. Powerful microwaves are inherently energy hogs.

So, where’s the opportunity for savings here? Well, using the microwave in “short” periods helps. The less you use the unit, the better off you are. And like most other appliances, older units become inefficient over time. The electronics and more importantly the radiation (microwave) source becomes outdated and produces less radiation. The 10 year rule applies here – if it is older than 10 years old, look into replacing it. Also, watch the hinges and door latch. These have a tendency to come loose with constant usage, even if the unit is only a few years old!

I hope you’ve enjoyed the energy journey through the kitchen. Next article, We’ll walk through your living room and look for opportunities for energy savings there. See you then!

Technorati Tags: bills, energy, First, Kitchen, Money, Part, Saving, Step