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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.

Since it’s very common to find heated floors in the bathroom, it becomes very understandable that most home and property owners are fitting a radiant floor heating system under tile flooring. If you’re thinking about how you can fit heat under tile floor, then you’ve come to the right place. However, if you lack enough confidence to pull this off, then we’d advise you get in touch with a professional who can guarantee the best results for help. In this guide, we’d be considering how heating products are fitted under the most commonly heated flooring material which is tile. Let’s take a look!

1. Take a measurement of the room you wish to heat. When taking this measurement, you should leave out permanent fixtures such as tubs, toilets, floor vents and more. This information will be used to create a project sketch which includes the room dimensions
2. Test your electric floor heating rolls. To make sure that your floor heating rolls are in perfect working condition, you should use a digital ohmmeter to test it.
3. Inspect the subfloor. Clear the surface of any nails or other sharp objects which could cause damage to the heating element.
4. Install the flex roll. Simply roll out your flex roll till it gets to the opposite side of the room. Once done, you can then cut the mesh and turn 180 degrees to continue fitting in the other direction.
5. Place the sensor. If you happen to possess a floor heating thermostat that enables a floor sensor, ensure to position the sensor near the thermostat’s location and exactly between two cables, then use hot glue or weave into mesh to secure it.
6. Connect the thermostat. We’d advise you get in touch with a professional to have this done.
7. Install the tile.

If you’re about to carry out a loft conversion project, you’d probably be wondering how long it’ll take to complete the task. Well, you’re not alone! This is one of the most common questions when it comes to loft conversion projects, however, providing a set timeframe for completion of such projects is impossible as all loft conversions vary. There are different factors that can determine the duration of your project. These factors include, the materials to be used, the type of the proposed loft conversion, the kind of staircase you’ll like to have installed, the number of windows included, the number of rooms to be added as well as a number of other influencing factors. As a result of these variables, the milestones and timings provided are only to be taken as guidelines. If you’d really like to have a set date, you can get in touch with a professional for help.

Generally, it’ll take up to 8 weeks to complete a loft conversion project.

✓ The first week activities will include putting up scaffolding, receiving the first materials for the build and creating an opening in the roof to gain access to the loft space.

✓ In the second week, the structure of the roof will be ammended and more support added.

✓ Third week, the floor joists will be fitted, building of the loft conversion will start, completion of the external roof works and commencement of plumbing and electric works.

✓ Fourth week, complete the building, construct the loft floor, fit the roof windows, insulation, ventilation and internal stud walls.

✓ Fifth week, apply plaster and plasterboard to the room walls, create a staircase opening and fit the new staircase.

✓ Sixth week, plaster the staircase area, complete plumbing and electrical works, hang the doors, fit skirting, handrails and bannisters and start decoration.

✓ Seventh week, complete the decoration and clean and wipe out all wastes.

✓ Eight week, complete all the remaining tasks.

When it comes to the installation of an external door in your home or property, you’ll be indulged with a plethora of styles and options available in the market today. But as you would have imagined, not all of these options and styles are created equal. Not all can match the security and quality standards of a composite door. A door’s quality is greatly influenced by a wide variety of factors such as the materials incorporated as well as the overall design. For instance, going for a door made with low quality materials can as well be synonymous with leaving your door open while going out.

Composite doors are modern type of door used in homes in recent times. They’ve been design to combat the common flaws identified in singular material doors. The door puts together a perfect mix of materials which have been singled out due to their beneficial properties and effectively taps out the “old flaws. Composite doors are known to be highly resistant to weather conditions, no matter how extreme and unlike singular material doors, it does not react quickly to seasonal changes. And as a result of the insulating foam core of composite doors, they possess a higher thermal resistance than wooden doors.

Generally, a composite door is designed in such a way that makes it look as a wooden door featuring a very alluring wood grain. With the exceptional quality of the materials incorporated, the colours won’t fade, no discolouration will take place and ultimately, it doesn’t require much more than wiping with a damp cloth when it’s dirty as maintenance activity. In conclusion, composite doors are greatly designed modern doors which are manufactured using various materials. The premium quality provided by composite doors is unrivalled in the door industry.

An awning usually attaches to an exterior wall of your home, business or outbuilding, or to the outside of a boat, campervan or caravan. It acts as an extra piece of roof or covering to shelter people from sun, rain or wind when they’re outside.

Lots of awnings are retractable, with either a manual or automatic folding mechanism. You also get static awnings that are up permanently. You often find awnings fixed over the top of doors or windows.

This is a very great opportunity to not only get free external wall insulation, but also cut down your energy bills depending on the type of property you live in. Generally, to enjoy free external wall insulation you must at least be part of the group receiving one of the benefits listed below and also depends on the amount of money you earn. The benefits include:

• Income based jobseeker’s allowance (JSA)

• Income support

• Income-related employment and support allowance (ESA)

• Tax credits

• Pension credit guarantee credit.

• Universal credit.

There are also other important factors that determines if you can have a free insulation fitted on your property. These includes the place you reside, the carbon level of your home and according to some suppliers, the level of beneficial impact the insulation will have on your home. In order to have a free external wall insulation installed, you must either be the owner of your home or at least obtain the go ahead from your landlord before any external wall insulation activity can be made.

Good news is, if you fit the aforementioned criteria and you’ve already installed an external wall insulation, you just may be entitled to receive a refund for the good job done. However, to really find out if you’re eligible, we’d recommend you get in touch with your supplier directly. Also, the Energy Saving Trust (EST) can direct you to some organizations who can assist you in the determination of your eligibility.

As a home and property owner living in England, you can also check out the Each Home Counts Advice Website which is committed to giving impartial energy efficiency advice.

At the end of the day, if it turns out you happen to be ineligible for a free external wall insulation, you can still go ahead to contact a professional installer for a help at a competitive price to enjoy the several benefits that comes with home insulation.

In the UK, gutters are normally made from uPVC. It’s a hardy plastic that won’t rot, warp or tarnish very easily, which is why it’s so popular. It’s the same material that’s used for most homes’ windows these days; they don’t have to be the standard white as they can be made into a range of colours. Expect to pay an average of £500 for the supply and installation of uPVC guttering, and more if you require scaffolding.

Other materials that are popular for gutters include copper, aluminium and cast iron. These are much more expensive – you might be looking at around £1500 or more for the supply and installation – but they give a more polished look and are often used on period properties or those in a conservation area. If you're considering these types of gutters, make sure you get a few quotes from different roofline companies so you can compare the different materials.

In the past, gutters were made from wood, asbestos concrete or stone. They were often lined with lead to stop the water from seeping through. When it was discovered that asbestos was seriously harmful, it of course stopped being used. Wood was prone to rotting, even with lead lining, and stone is heavy and expensive. So when uPVC came along, it became an affordable and easy material to use for gutters so homeowners could be confident that rainwater will be kept away from the foundations of their properties. It’s important to keep gutters clear from leaves and debris, because if they become blocked, they can make water to fall against your property’s walls, causing damp.

If you’re considering getting a solar thermal system, one of the first things that comes to mind is the possibility of the system functioning properly during the cold months. The short and simple answer to this question is yes, a solar thermal system works in the winter. However, the downside here is that it’ll be a lot less efficient when compared to how it operates during the warmer months or summer. As a result of this fact, you’ll likely need to rely more on your boiler, immersion heater or any other backup heating system during this period as your solar thermal system will fail to contribute as much as it does during the warmer months. So what exactly is the reason why solar thermal is less effective and less efficient in the winter period? Let’s have a look!

As you know, solar thermal system banks on the sun’s energy to heat the water for your home’s use. During the cold months or winter, the sunlight becomes a lot less available when compared to the warmer months, as a result, there’s less sunlight that’s available to be used for its solar energy. And even more so at the periods when the days are shorter or skies are clearly overcast.

Also having a great impact on a solar thermal system’s output is heavy snow. Flat plate collectors normally have the capacity to cope better during snowy conditions as the light that’s able to travel through the snow will heat up the absorber plate - thereby making the snow slide off more quickly. However, the case is contrary with evacuated tube collectors which possesses a form of vacuum insulation that’s crafted to minimize the loss of heat, meaning they can’t generate heat to melt and cause the snow to slide off in a similar way.