Posts Tagged ‘energy’
Ways to improve energy efficiency at home
Roof Heating TapesWays to improve energy efficiency at home
If you had a CPE completed by us, which has a detailed report of recommendations, which is specific to your property. However, if you do not have a CPE completed and you are looking for ways to improve their carbon footprint of homes, then you're in the right place. Below we have listed a number of different ways you can increase the energy efficiency of your home and save money … It will be particularly useful in these difficulteconomic recovery. Therefore, it will break the …
Because up to 50% of household heat can be lost through the walls and attic, it is essential that you have isolated these areas where possible. In this way, you will notice a big difference in your monthly bill and also provides potential buyers who went the extra mile to ensure that the property is in good condition.
Isolation
This measure applies to your typical brick and block construction of the type in which the isolationcan be installed, you can see if a property has hole in the wall of isolation and small area already registered on the board in which the insulation is injected. Donations can be used on some cards, but it is a very expensive and long-term benefits is certainly useful.
Isolation
It 'amazing how many properties have improved the insulation in the attic. The heat rises, and if there is nothing that prevents its escapehomeless, you are essentially throwing money away. Raising the level of 250 mm of insulation can save up to 200 pounds per year! Contact your local council for further information on scholarships available for you.
Low Lux
In an evaluation of EPC, DEA will review the lighting installed throughout the building. Energy efficient light bulbs can have a dramatic effect on the results, it is important to make sure you have the new Low-E on all connectorsThe main points of light in the ceiling. Also the last 12 times longer than standard tungsten bulb is not rocket science!
Double glazing
And save energy, double glazing also increase your chances of selling homes, as it is one of the main characteristics of the potential buyers are looking for. Message 2002 units are best to go, as they have a low emissivity coating and provides the additional exclusion of the project and the characteristics of noise.
Above are the main points to consider when lookingfamilies to improve their efficiency. I'm going to get more details in my next article eco-friendly.
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Time to tighten their belts – Part 1 energy saving at home
Roof Heating TapesTime to tighten their belts – Part 1 energy saving at home
We are all looking for new and even the most optimistic of us realize that things can change for a while '. We have been here before, we've seen rising prices, unemployment and foreclosures – but for many of us, the problem becomes more individualized. What can we do to protect ourselves, to keep the roof over our heads?
Energy costs at home are a big monthly expense for each of us in this time of year. Americans spend more than $ 160 billion per year for heat,new light, and live in our homes. It is about 21 percent of the country and many families could save 20-30 percent on your energy bill at home.
Small economies may seem trivial when you consider the big picture, but many small economies actually reduce their bills. Things may be falling around you, but you know who are actively involved in the control of its costs. So let's look at some small energy savings.
Do you feel a project coming from below oraround exterior doors? Are you the caulking around your door? The type of screw in the frame is better, but you can buy self-adhesive type, if not at hand. Fit the two horizontal bars before the next general.
Lower the thermostat 5 degrees at bedtime or you are going and no one is home. Replace furnace filter to allow a more efficient flow. The old bulbs are more expensive than fluorescent lamps. Buy severalenergy-efficient fluorescent bulbs when they are on sale. The change immediately, but keep the old parts.
Turn off the lights when not in the room. Despite the widespread public opinion that is more convenient to leave a light bulb instead of on and off, which is not. Another extraordinary loss of energy is when we leave our TVs, computers, etc. all night. Through the use of force.
Use plastic covers on the windows to prevent heat loss. Youcan buy a type of "wrapper" for the windows, which act as double glazing. You may not like this in your living room windows, but if you can not apply. Go directly to the glass, attach a double-sided tape around the frame, then glue the plastic sheet for this. The small amount of air between the glass and plastic acts like double glazing.
On sunny days, let the sun heat your home. At night, close all blinds and curtains. Try closing in heavy velvettends screen doors at night. Cold glass radiates a lot!
Crude oil has now reached $ 100.00 a barrel, and soon will have to pay $ 4.00 per gallon of gasoline. No matter the cut down to the environment – now it's time to cut their own interests, must be time to tighten their belts.
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Here's one way that helps homeowners reduce energy bills by hundreds of
Roof Heating TapesHere's one way that helps homeowners reduce energy bills by hundreds of
The solar panels harness the power of the sun and convert it into electricity. Its popularity has grown so rapidly makes producers are struggling to meet demand.
There are two types of solar panels
Above all, the solar panels are of two types. The solar thermal concentrating solar power 'in a liquid, usually water, heating the liquid used as and where needed. The other type is known as the photovoltaicform. That convert solar energy into electricity, which can then be distributed immediately or stored in a battery for later use.
The solar panels have been common for decades. Think calculators and watches. Many pools are heated with solar panels for years. Today, more and larger, more efficient solar panels are used as an alternative clean source of energy for households and offices radical.
Its influence isso widespread that even the national network to make something of their power from solar panels.
How solar panels work?
The two photovoltaic (PV) and solar panels are made of special material, usually silicon. They behave as semiconductors. When sunlight strikes the solar panels, the energy is absorbed in the semiconductor material. This energy knocks electrons in bulk silicon, which allows them to move freely.
Once the electric fields inside theThe panels are released by light energy, the force that the electrons flow through a specific meaning. This flow of electrons is also known as a stream. Simply by placing metal contacts on top and bottom panels of solar energy, the current can be drawn from the power supply for external use.
Solar panels are integrated into the electric fields, when combined with the flow described above, will give us what we call power. We use it to describe the power of each panel.
Why solar energyPanels?
There are many good reasons to install solar panels. Topping the list is to make big savings on energy bills. Many people feel that they are reducing their emissions of carbon dioxide. Solar panels give a return of carbon dioxide. Thus, by reducing emissions of carbon dioxide by approximately 1.2 million tons per year.
Another advantage is the freedom not to be connected to the national grid. Equipped with solar panels, energycuts and electricity bills increased unexpectedly become a thing of the past.
They are perfect for those who live in remote areas with limited coverage for the National Network.
Installing solar panels at home
Although there are some very good guides to make your solar panel and install them at home on a hobby, you should seek professional installation company. Ideally, the installers must be certified by the buildings, low emissionProgram.
Just install the panels is not recommended unless you are fully trained and qualified. A number of complex technical issues to solve electrical and safety codes needed complete, you must ensure that their signals to meet the standards required in your area.
Due to its weight, the solar panels often need to be connected to a support system of the roof separately.
Professional installers have gone through all the red tape andcomplex problems so they do not have to do anything.
Getting permission to install solar panels
Solar panels are usually installed on the roof or exterior wall of the house. Be sure to check with the Town before doing this. Local authorities in many countries agree that it is acceptable to install solar panels on the roof. Some places do not require specific criteria listed yet.
In England, for example, solar panels up to 100 mm deep canplace with a sloping roof without a building permit. Scotland, Wales and Northern Ireland, local authorities have not completed their legislation in the solar panel, so be sure to check before you rush in
The prospects for solar panels
As people increasingly aware of global warming and climate change, so the demand for good quality solar panels is increasing. The dynamic between people is to abandon fossil fuels in the old schooloptions for alternative energy and more sustainable. These include hydrogen, hydropower, solar, wind and waves.
Solar energy is most abundant energy source might have here on planet Earth. As the technology behind the solar panels is the improvement in efficiency, so that the installation cost is falling. If added to a series of government grants, tax credits, rebates and subsidies, the widespread installation of solar panelson top of the head of the family is the most realistic. Since prices have declined because of local competition in the market, it seems that the future of solar panels is very promising.
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Identify energy losses in older homes
Roof Heating TapesIdentify energy losses in older homes
Old houses are much loved by his character and personality. But behind the very charming and skylights, hardwood floors, brick walls and fireplaces are based on a multitude of problems that can make older homes are particularly vulnerable to the loss of energy. Any loss and crack, not just the results of their electricity bills, but could entail risks to health and safety.
Problems in older homes need to be addressed so that the money is – literally -loss through windows. The key to improving energy efficiency is to identify weaknesses and implement solutions. Some of these solutions can be simple, while others require professional attention in order to reduce energy bills, with the comfort of your family and protect the value of your home.
Here are four of the developers of the most common problems that may indicate an inefficiency of the old power house:
1. Projects
The ineffectiveness of individual windows, doors and out of placeOther gaps may represent more than 25% of heating and cooling energy in an old house.
Keep doors and windows closed when possible will provide a better seal out cold air. It also tends to the preservation and curtains closed can prevent the escape of heat.
However, to improve the energy efficiency caused by air currents, you must first identify all the gaps and cracks. Inspect doors and windows to see if sealed tightly, and check if the latches and locks areused. If gaps are visible in the images, pads can be applied. Caulking around the boxes and panels of glass can also be replaced.
Weather stripping and caulking can sometimes function as a temporary solution, but cover the cracks. In order to achieve significant savings and long-term solutions, replacements must be considered. Heat loss through windows single panel is inefficient can reduce by more than 25% against and windows, and there may alsogreater reductions in special units with high efficiency.
There are several other possible sources of infiltration of cold and heat loss in older homes. The spaces around the permanent installation of air conditioning units and other utilities and vents are all the possible energy losses cheating.
Unfortunately, many projects can be difficult to detect because they may be the result of hidden problems … very poor insulation.
2. Poor insulation
Poor insulation can be the undoing of the formerhome. Since hot air rises, the energy can easily escape to the stars – and this is where most heat loss in a home with low energy efficiency may occur. If you notice the snow melts rapidly in the roof, because too much heat escapes through it. Similarly, the cold air is lost in the summer.
A poorly insulated attic is a likely cause of energy loss through the roof. But the knee walls, eaves and crawl spaces, basement walls, ceilings andareas around the recessed lights are possible culprits. It 'hard to reach, and a professional is needed to diagnose where the insulation is poor performance.
Building Performance Institute (BPI) certified inspector can identify where the insulation is a failure by performing a "blower door test." For a sophisticated and scientific method to artificially create a windy day, this test can identify the temperature differences in walls, floors, roofs and allother hot spots where you can lose.
Once the problems have been identified, the loss of potential energy can be halved by installing proper insulation. This is especially true if the house was built 25 years before the Code's energy-saving measures were introduced.
3. Condensation and ventilation
Black mold is the most common sign of condensation. If present, will almost certainly be visible in the corners of windows. Mold is not onlyugly, but it is a health hazard – especially for people with allergies or respiratory problems.
The cause of the condensate is poor ventilation. The energy for heating, ventilation and air conditioning systems with efficiency and size (HVAC) system can help reduce excess humidity that causes the contaminated air and condensation problems. The CVC will also ensure correct that your home is operating at peak efficiency and can have a significant impact on savings in energy costs andlevels of comfort.
Condensation can cause significant problems, and excess moisture in the home should not be ignored because it can cause serious structural damage, such as wood rot and moisture.
After assessing the HVAC also determine if your home could benefit from improved furnace or boiler. Inefficient heating systems are not only bad for the environment, but have a minimum annual use of qualifying fuel efficiency – which usually means more energybills.
4. Loss carried
Up to 20% of an old house heated air can be lost in leaky ducts. Leaky ducts can also ruin the effectiveness of improvements have been made by others, unless the ducts are tight, energy is wasted.
Leaky ducts normally found in attics, crawl spaces and basements. However, losses can occur anywhere in the house where the pipes are present. In addition to energy loss, the losses can affect changes in leads temperature in every room of your home. Theiralso constitute a threat to health as an exhaust pipe can shoot in the air, contaminated dust, moisture and mold.
Ducts can leak for years without being aware of the occupants. The tape will not solve the problem, albeit temporarily, as dry and can also aggravate the problem. A professional is needed for leakage and tighten.
Terminal duct to reduce air leaks in your home, the fluctuation of temperature control and greatly reduce heating and coolingbills.
Long-term solutions
Although there are some simple methods that can provide short-term solutions for these energy losses, it is prudent to invest in a professional who can identify problems and recommend measures necessary to implement the long-term solutions.
Commitment made at the household level still requires careful decision making. When considering how to improve the energy efficiency of your home, be sure to take a building Performance Institute (BPI) certifiedsurveyor to assess your needs. An inspector will be certified BPI qualified to the highest professional standards, and use the most modern equipment to identify energy inefficiencies that are often hidden. Effective energy evaluation will assess the house to determine how each system, individually and collectively.
Conversion achieved rapid and tangible results, some even pay for themselves in the first year. Enlargeimprovements such as replacing doors and windows with energy efficient models, will result in immediate savings of reduced energy costs, reduced environmental impact and energy efficiency.
Solving the inefficiencies of energy is one of the wisest investments you can do to an old house as an investment in the market value and longevity of your home – and the comfort and safety of your family.
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Attic ladder isolated – an easy way to save energy
Roof Heating TapesAttic ladder isolated – an easy way to save energy
Do you have a folding ladder attic of your house? The scale is isolated?
Most attic stairs are not isolated, or a piece of fiber glass filled with crushed under the tracks to mix in an attempt to impress the inspectors. Even small openings in the ceiling insulation causes a significant reduction in energy efficiency. And the huge gap insulation of the attic stairs?
I have not even mentioned the poor contact of the ladder to the roof, where the stairs are closed. Is this your staircaseweather stripping? Well, here is an elegant solution to my brother-in-law built for my parents built a cardboard box lined with foam, two inches thick, joined with wooden pegs and tail, very light. They are eight inches high to allow the springs of the stairs to go under the stairs where it is closed. All in hand could build one. Weather stripping around foam seals the gaps, and is just above the top of the ladder when the ladder is closed:Opening the door, nothing falls on you – no dust, no fiberglass. Heat pump and less often. If you have an access panel in place of a ladder, you just paste different layers of foam on the top edge of the panel. Immediate savings of energy!
What you need to build:
A piece of insulating foam 2 inches thick (available in larger supermarkets in the country)
1 / 2 "dowel stock
Compatible graphics card with foam adhesive (it comes in a tube of sealant)
Flexible foamCold Adhesive
Tools: sharp knife, and drill 1 / 2 ", caulking gun, meter or meter
Click here to see photos of the insulation box.
Directions:
To measure the opening in the attic – you want the inside of the box about an inch more than the opening. Near the stairs (which actually have confidence in the use of this step) and measure the height of the ladder above the attic floor. Leave an inch more to the height of the interiorbox.
Cut the top of the main panel of four inches larger than the inside have so far. Cut the sides to the height was measured with the scale closed. For cuts with a sharp knife and a ruler, or cut the foam board on a table saw, if you have one. Assemble the pieces to the edges and holes in the corners and insert the dowels, and glue it all together. Let the glue and then paste the cold night around the base ofbox. Install new insulation and leave the dirty old scale attic insulation.
Enjoy your savings!
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