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External Wall Insulation (EWI) is the act of insulating a home by fitting insulation to the exterior parts of the building which in turn improves thermal performance, cuts energy consumption ( savings on energy bill) and also adds to the home’s visual appeal. The systems are built in multiple layers, with the insulation board offering a plethora of options with each being suitable to varying projects and their needs. Installing an external wall insulation comes with a variety of benefits, let’s have a look!

• Thermal Performance Improvement

With EWI, the thermal inertia of the walls are greatly enhanced while also restricting the loss of heat. Ultimately, this lowers heating costs, enhances the comfort of indoor thermal and also reduces CO2 pollution.

• Eliminates Noise Pollution

When the noise levels are high, it can have a bad impact on our overall well being. A great way to reduce the disturbances from the outside like traffic noise is by fitting an External Wall Installation system.

• More Comfortable Living Space

Do you know the damp in homes can contribute to respiratory problems? A properly insulated home will greatly limit the impact of condensation by combating the damp issues. As a result, you can always expect your house to be cosy and comfy irrespective of the season. A cooler summer and warmer spring is guaranteed with EWI.

• Enhances The Property’s Visual Appeal

Looking for an excuse to rejuvenate your home’s aesthetic appeal? Well, you can as well try out adding an EWI system. There are a plethora of unique colours and styles you can pick from to beautify your home effortlessly.

• Adds Value To Property

An insulated home will generally cost more than an uninsulated one at the time of resale. Potential home buyers are more interested in the acquisition of a home with an EWI system due to its various benefits - and a higher demand can only imply a higher price!

Did you just purchase a double glazed window and confused about how to have it installed? Fitting the window yourself can be quite easy with the help of this step by step guide. However, if you lack proper training or experience, we’d recommend you reach out to a trustworthy professional who can guarantee the best results for help. That said, now let’s take a look at the process.

• Remove the old windows by detaching the old beading and glass window safely. Then make some interval cuts using a hand saw before using a crowbar to pry it out.

• Cut the external double glazed window seal. Once done, take a measurement of the window area’s width once empty. Then transfer the measurement to the window sil to face outside and cut using a handsaw.

• Seal the window sil. Add a bead of clear silicone along both inside lip as well as the centre to seal the sil.

• Screw the double glazed window to the sil. Position the window on the top of the lipped section that was siliconed. Then pre-drill them together and screw in three places. You should make sure the screws do not go totally to the sil’s bottom.

• Install the double glazed window. After successfully screwing the double glazed window to the sil, you can now fit in the double glazing. Make use of packers to make sure it’s even in the slot.

• Screw the uPVC window to the wall. If you’re happy and satisfied with the position of the window, you can then pre-drill through the frame of the window and the brick wall. Once done, simply screw it in place using masonry screws or Spax screw as they do not require crawl plugs in bricks.

• Seal around the window. To do this, simply fill any gaps with expanding foam, wipe out the excess and seal with silicone.

With heating and cooling bills making up more than 50 percent of one’s overall utility expenses as reported by the Department of Energy, you’d probably want to know some ways in which in you can improve the efficiency of your air conditioning system. With the warmer months just around the corner, now is the best time to get started. Not only will you be able to improve the air conditioning efficiency in your home, but you’d also be able to save some money on cooling and heating bills. In this article, we’re going to consider the top 5 tips you can implement to get your air conditioning system running efficiently and at its maximum. Let’s take a look!

• Ensure that around your outdoor condenser unit is clean. When clean and free of debris, your outdoor unit is able to function at its best. This can be done by yourself just by watching a couple of videos, however you’ll need a professional whenever a more thorough and in depth cleaning required.
• Vacuum indoor vents and keep vents unblocked. In order to ensure there’s an uninterrupted airflow from your system, there’s a need to vacuum dust as well as form of debris away from the indoor vents. You should also keep items such as furniture and blinds away from obstructing the vents.
• Increase your thermostat by a number of degrees. Generally, adjusting temperature 5 to 8 degrees can go a long way to help you save some money.
• Keep lamps and other heat producing appliances away from the thermostat. Having heat producing appliance will only inform the thermostat that the air in the room needs extra cooling. This will make the system run longer and use up more electricity.
• Keep the curtains and blinds closed. This is to prevent the heat of the outside coming in and vice versa.

If your solar panels are mounted on your roof and you require a ladder to reach them we would always recommend you get a professional to do the work for your own safety.

Yes – solar thermal can be used for central heating. Solar thermal panels work by collecting heat from the sun, either through evacuated tubes or flat plate collectors, and transferring that to a heat transfer liquid that heats your hot water. This can then be used to preheat your central heating.

You’ll need a hot water cylinder to store the water that your solar thermal panels heat up. It’s likely that you’ll need an immersion heater or boiler to heat the water further so you can use it for your central heating, and as a back-up during the longest winter months since the solar panels won’t be able to generate as much heat.

In our opinion, it’s best to use your solar thermal panels for hot water rather than your central heating. That’s because you use hot water all year round, whereas you probably won’t have your central heating on in the spring and summer, when the panels can generate the most heat. For central heating, air- or ground-source heat pumps are a great renewable option, and you can even power them with electricity from solar PV panels if you want to be as eco-friendly as possible.

There are a few trusted companies in the UK that make solar panels. While there are other solar thermal panels out there that are made by Chinese and American companies, we’ll focus on the brands with a longstanding presence in the UK since these are the panels MCS-registered solar companies are likely to recommend to you.

Viessmann, Worcester Bosch, Solar UK and Dimplex make some of the best solar thermal panels in the UK. Dimplex and Viessmann offer both flat plate and evacuated tube solar panels, while Solar UK only offers evacuated tubes. Worcester Bosch’s Greenskies range are all flat plate collectors. Viessmann’s panels come with a 5-year warranty, while Worcester Bosch and Dimplex offer extensive 10-year warranties. However, Solar UK offer a comprehensive 25-year warranty and guarantee that the panels will deliver the same level of performance for 25 years!

We’d recommend choosing evacuated tube solar thermal panels because they are the most efficient. While there won’t be much difference between evacuated tubes and flat plates in the summer, in the winter evacuated tubes are much better at taking heat from the sun than flat plates. Since our winters are long and cold with few daylight hours, we think it makes sense to go with evacuated tubes. However, if your priority is looks over maximising efficiency, you might want to choose flat plate collectors since they sit flat on the roof and look more like solar PV panels, whereas the evacuated tubes will stick out.

First and foremost, HETAS simply refers to Heating Equipment and Testing Approval Scheme. Several solid fuel and wood biomass appliances and systems’ installations are subject to the specified rules of Building Regulations while also being notifiable to the Local Authority in your area by the law. HETAS registered installers are able to self-certificate projects carried out by themselves which helps to prevent the need for the expensive and time consuming Building Notice application which would be made to the local Building Control Department.

Therefore, there are a number of benefits that you stand to derive by hiring a HETAS engineer to fit your solid fuel boilers. Now let’s have a look!

✓ HETAS is the only competent engineers scheme that specializes in solid fuel as well as wood biomass.

✓ All registered installers by HETAS are properly trained and assessed to be competent to carry out a great job.

✓ HETAS offers both technical and regulatory support to registrants.

✓ The HETAS scheme covers all the scope of work that an installer should be able to carry out such as dry appliances, solid mineral, wood biomass, appliances with boilers, wood, hot water and heating systems as well as re liningof chimneys.

✓ HETAS also publishes and makes available the list of approved appliances, fuels and equipment in order to help consumer, installers as well as the specifiers in selecting an installation that perfectly suits the consumers’ needs, while also complying the the provisions of the Building regulations and safety standards.

✓ HETAS also makes available the lists of installers, flue professionals, chimney sweeps as well as maintenance companies to help you to safely maintain your installation into the future.

✓ HETAS also helps consumers in resolving any problems of complaints in such a way to promote a fair and equitable result.