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So, you’ve finally decided to go for solar? If yes, then you’d also probably find yourself trying to figure out exactly what solar battery size is needed to power your home or property. This is one of the most common questions when it comes to the solar system world and understandably so. In this article, we aim to give you an idea of the solar size you’d need to power your home or property before making a purchase decision. Let’s take a look!

The first thing to do if you find yourself asking this question is to identify the reason why you want to purchase the solar battery in the first place. For some individuals, they simply want to save some excess energy being fed back into the grid, while others just want protection from possible blackouts. There are also some environment-conscious home or property owners who makes this decision in order to create a carbon-neutral home. Another crucial factor to consider is your budget. A full solar storage system can be quite costly, although this is cheaper than a decade ago. Generally, the size of solar battery you’ll require depends on the following:

• How much energy you’re able to generate: The size of your solar array as well as its efficiency will influence the amount of power it’ll be able to supply to your home.
• Your daily energy usage needs: Daily energy usage can vary greatly between households depending on a number of factors. These factors include the number of occupants, geographical location, type of building, general household energy usage and more. Some may find that their solar system cover for most of their energy usage, while others find themselves still relying heavily on the grid.

Many conservatories fall under permitted development which means they don’t require planning permission. There are exceptions to this though, especially if you’re looking to have a large conservatory installed. Read our guide on conservatory planning permission for more information.

Every year, various parts of your roof may need to be changed at one point or the other. Due to the fact that this event can occur at any time in a year, there’s the need to be fully ready. When it comes that being ready, you simply can’t overlook the importance of soffit and fascia boards in protecting your roof space and helping it maintain its clean and unique visual appeal. As a result, when your soffit and fascia boards need to be changed, you best do so as quickly as possible.

This task can be completed by anyone with basic DIY knowledge and experience, but if you lack the confidence to pull off then it’ll be advisable to hire a professional who can guarantee the best results for help.

✓ Remove the old existing boards. In order to install the new soffit and fascia boards, you’d have to remove the existing ones first. If necessary, you can make use of a Stanley knife to make the process much easier.

✓ Fixing soffit boards. Several soffit boards are made using uPVC. The boards are to fixed to the underside of your timber rafter ends. Make sure to use timber to close any gaps between soffit boards and also make sure that your soffit boards’ back are resting against the wall’s top.

✓ Fixing fascia boards. Many fascia boards are also made from uPVC and are usually installed in a similar way to soffit boards. Use a minimum of two nails to make sure they’re secure enough to hold weight of any roof tiles and also to prevent any buckling.

✓ Guttering and felt. To start the guttering, you’d have to screw any brackets into the facia board. You can use a spirit levelto make sure the alignment is perfect to enable the floe of water directly through your guttering system. Once done, you should also check for any rotting roof felt at the edges closest to the gutterin. If there is a rot, make use of eaves felt trays and tuck under existing felt and overlap into the guttering

In theory, you can fit solar panels yourself. In practice, it’s worth leaving it up to the professionals.

If you get DIY solar panels and install them on your roof yourself, you won’t be able to apply for the government-backed Smart Export Guarantee (SEG). The SEG pays you for every unit of electricity you generate and send back to the grid, so it’s a scheme well worth signing up for. However, you must have your solar panels installed by a Microgeneration Certification Scheme (MCS)-registered engineer or company, so you’ll miss out if you install the solar panels by yourself.

The other thing to consider about installing solar panels yourself is that you’re dealing with electricity. Electricity is extremely dangerous if handled incorrectly, so if you don’t have any qualifications in working with electricity you could be putting yourself and your family at risk. Connecting DIY solar panels yourself and doing it incorrectly could mean that you give yourself an electric shock or cause a fire. If your home is damaged due to a fire caused by solar panels you’ve installed yourself, it’s unlikely that your home insurance company would pay out.

Before having a go at installing your own solar panels, do some quick sums to see how much money it could really save you. A 3.5kW DIY solar panel kit will cost around £4,000-5,000. According to the Energy Saving Trust, a home in the South East of England where most occupants are out all day until 6pm would save around £100 a year on their electricity bills. That means that you wouldn’t break even until 40 years, but solar panels last around 25 years on average. However, if you have your solar panels installed by an MCS-registered installer and they cost £4,500, you could save £220 a year including your SEG payments. That brings the payback time to around 20 years.

So although the initial outlay is slightly less when you install solar panels yourself, it’s much better to have them installed by an MCS-registered engineer so you can take advantage of the SEG payments.

The best way to go about converting a basement depends on its current condition and what you’d like to use it for.

If you’re happy with its size and structure, and just want to turn it into useful storage space, then your project shouldn’t be too complicated. You’ll simply need to make sure it’s damp proof and waterproof – either by fitting tanking or a cavity drain membrane with a sump and pump. You may also need to invest in new flooring, fit basic lighting, and plaster and paint the walls and ceiling.

If you’d like to turn your basement into living space, then you’ll need to think about ventilation, insulation and heating. If this involves creating a kitchen or bathroom, you’ll also need to incorporate plumbing.

If you want to extend your basement, add lightwells, or fit windows and a sunken garden, this makes things much more complicated. You’ll probably want to hire an architect or basement conversion building specialist to help you with the design and planning, and you’ll need a structural engineer to help you ensure your property is sufficiently supported.

You’d have probably heard of the positive impact of air conditioning systems in work environment, but if you’ve never experienced it or reaped the benefits as a business owner then it’s possible to remain unconvinced. If you’re a business owner thinking about making an investment in heating and cooling systems, then you’ve come to the right place! The short and simple answer to this question is yes, an air conditioning system will definitely help improve staff productivity.

In this post, we’re going to consider a number of ways in which an AC system can help improve the efficiency and productivity of employees in a work environment. Let’s take a look!

• It saves time. One of the biggest factors resulting in reduced employees’ productivity is wasted time. For instance, when the office is hot the workers tend to spend more time adjusting fans to cool off or getting water which implies less time to get the daily tasks done. Installing an AC system can help buy you back hours of productive work from your staff.
• It keeps them focused. When the temperature is too hot, employees tend to get both physically and mentally sluggish. Consequently, they’d have problems focusing on the job at hand which leads to silly mistakes and hard times solving basic issues. With an air conditioning system, you can help your employees increase their speed while also enabling them to think, move and work efficiently.
• It helps to decrease stress levels. In the modern era where the work environment is ever-dynamic and fast-paced, there’s the need to help your staff cool off if you wish to get the best output from them and that’s where an air conditioning system comes in.

How To Make Oil Boiler More Efficient?

During the winter months when the nights get darker and colder, it’s more likely your oil gets used up a lot more quickly. This can be very worrisome as it implies having to spend more money to refill. So what exactly can be done to make your oil boiler more efficient and save you some money?

• Regular Servicing Of Your Oil Boiler

Getting your boiler serviced by a manufacturer approved engineer on an annual basis is one of the easiest and quickest ways to ensure that your oil boiler is operating at its maximum efficiency level. When a full servicing is provided for your oil boiler, checks are made to ensure that all components are functioning the way they should while also identifying the bad or worn parts that may be hindering your oil boiler from functioning in an effective manner. As a result, it helps you see to the fact that your boiler is not consuming more than necessary to make sure your oil boiler lasts longer.

• Set Your Thermostats Correctly

When you set your room thermostats and thermostatic radiator valves (TRVs) the right way, you’ll be sure to get a comfortable home without having to make use of much fuel.

• Consider Smart Technology

If you decide to make use of smart technology like Nest or Hive, you can save more money when compared to their more conventional counterparts. These smart technologies incorporate highly advance intelligent systems to get more familiar with your lifestyle, habits as well as heating operations in order to ensure optimum efficiency at all times.

• Put Your Radiators To Good Use

Try as much as possible to avoid some oversights that can make your radiators consume more energy than required. Consequently, you have to keep them clean, give them space and also take care with curtains.

Scaffolding, also known as scaffold or staging, is an impermanent construction used to provide sustenance to a work crew and materials to help in the erection, upkeep and mending of structures, bridges and all other man-made constructions. Scaffolds are extensively used on site to get access to altitudes and parts that would be otherwise hard to get to. Hazardous scaffolding has the potential to result in demise or serious accidents. Another major use of scaffolding is in modified methods for formwork and shoring, concert stages, grandstand seating, access/viewing towers, ski ramps and art projects.

There are five main types of scaffolding today. These are Tube and Coupler (fitting) components, manufactured segmental system scaffold apparatuses, H-frame / facade modular system scaffolds, timber scaffolds and bamboo scaffolds.

Each type is made from numerous components which every so often include:

• A base plate or jack: It acts as the scaffold’s load-bearing base.

• The upright component with its connector joins.

• The ledger: The horizontal brace.

• The transom: It is a horizontal load-bearing component which helps to hold the batten or the decking unit.

• The brace diagonal.

• Cross-section bracing component

• The batten or the board decking component: On which the working platform is made.

• The coupler: A fitting which joins components together.

• The scaffold tie: It is used to tie in the scaffold to structures.

• The Brackets: It is used to extend the width of working platforms.

Particular machinery used to support in their usage as a provisional edifice often comprises of heavy-duty weight-bearing transoms, ladders or stairway units for the ingress and egress of the scaffold, beams ladder/unit types used to span obstacles and rubbish chutes used to eliminate undesirable constituents from the scaffold or construction development.

The European Standard, BS EN 12811-1, stipulates performance necessities and procedures of physical and universal design for access and working scaffolds. Requirements specified are for scaffold constructions that depend on the adjacent erections for steadiness.