How Double Glazed Windows are a Great Option for Saving Energy

How Double Glazed Windows are a Great Option for Saving Energy

Energy costs can hurt your household budget to a great extent. Due to the usage of high energy, it can put unwanted pressure on the environment which is something you should try to stop. But do you know that single glazed windows are a major cause of heat loss and wasted energy? Well, installing a single glass pane can actually lose almost ten times the amount if heat you would lost in case of an insulated wall. Yo u may take help of glaziers who provide double glazing repair in Essex and install these windows in your house

The positive news is that detecting the problem is quite easy than people would assume. With the installation of double glazed windows, you can save on energy costs. So, how can double glazed windows help to save energy? When you see how thermal energy and air move through the windows, you will find that the installation of double glazed windows will make your home comfortable, lessen heat loss and heat gain and make your house energy-efficient by saving money. Read on to know how you can reduce the energy bill to at least some fraction than what you are paying now.

How double pane windows can save energy

Double pane windows can help to save on energy costs by slowing down and lessening the transfer of heat energy inside and outside your valuable property. Due to this reason, you might experience heat retention better during the winter that can keep your house cooler in the summer months. This means you do not have to depend on the heating and cooling system of your property. This can create a big difference for saving on energy costs throughout the year.

How double glazed windows can decrease the loss of heat

By installing double glazed windows, the single glass pane can be replaced through an insulated glass unit, also called an IGU. In simple words, an IGU includes two glass panes that are sealed with an air gap. Due to two glass layers and air space, thermal energy cannot move freely through the windows as in case of single glazing. Normally, the heat might escape due to transfer through the glass (conduction), through the air (convection) and by radiating off of the glass.

With the help of an IGU, thermal energy can shift through two glass panes and air space. An IGU’s sealed air gap can inhibit thermal transfer since the air gap is very small to enable proper conduction and thus, the air slows down the movement of heat energy.

The two glass panes will conduct less heat energy when compared to a single pane as heat has to pass through one glass pane and air space to reach the second pane. An IGU allows for less thermal radiation so that less heat energy is radiated from the glass. Rather than the glass absorbing warmth and radiating it from outside, more amount of heat energy remains inside.

How much energy double glazing can save

Double glazing can reduce the energy bill substantially during winters when the usage of energy is high. If you can lessen the household energy consumption by at least 25 or 30 percent, then you can save hundreds each year with reduced energy bills. This means you can save much of what you should spend on double glazing installation after using it for a few years.

You can also lower greenhouse gas emissions with the usage of less energy and increase the overall worth of your property. Nowadays, homeowners would like to opt for energy efficiency and comfort that is usually provided by the double glazed windows.

What kind of windows are energy-efficient

Most people find double glazed windows to be the perfect choice for energy efficiency. Triple glazed windows provide an increase in thermal performance however, the additional expense of a third glass pane is not worthwhile till you stay in an extreme climate. On the other hand, a secondary glaze means attaching a second glass pane to the present windows that doesn’t have the same thermal benefits as double glazing.

Double glazed windows are certainly a great choice for your houses as you can use less energy, reduce the heating and cooling costs and have a comfortable house.

 What factors can impact the thermal performance of double glazed option

You can improve the thermal performance of double glazed with certain kinds of window technology in the IGU. Both the thickness of glass and the type will impact how well the windows can less heat loss and gain. You will find better insulation properties with:

  • Asymmetrical glass – When there are two different glass thicknesses within one IGU as you can find better noise insulation
  • Special kinds of glass – The laminated glass has two glass layers, vinyl interlayer and low-emissivity glass that has a transparent coating for reflecting heat energy and makes the windows more energy-efficient.

The air space has a great impact on how effectively double glazing windows can save heat energy. You can find an improvement in performance by:

  • Using wider air space in the IGU though air space of 10mm is sufficient
  • Insert argon gas into the air space to lessen down the movement of heat further

Other factors like the kind of joinery and how properly the windows have been sealed from the draughts can have an impact on thermal performance. If you are already having timber windows, then there is no need to replace them with different material. Timber is itself a natural insulator that can help to trap heat energy.

How double glazing technology is effective in today’s world

Sincere thanks to the latest advancements in window technology over the last decade that has made double glazing windows as extremely effective and affordable. These can help to save on energy costs, lessen the carbon footprint and make your house comfortable. Besides, double glazing will lessen the noise caused and make your house a comfortable and enjoyable place to live.

Thus, if you are looking to get more advice on double glazing windows and how they can help to save energy, then get in touch with the best glaziers in Essex who can help in installing double glazed windows and save on energy costs.

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