DIY WIND - HOME IMPROVEMENTS

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DIY Wind - All About Us

DIY Wind provides a wide variety of guides and useful tips to save energy throughout the home. We look into removing the unnecessary jargon away from energy saving terms, double glazing, doors and windows and provide a number of cost effective and efficient guides to ensure that you make the right choice in determining the next best steps in improving your home. Simply browse this website, read through our guides and hit those like buttons if you appreciate our hard work for free!.
windows saving

Double Glazing Energy Saving

A manufacturer of windows take into account a broad array of elements contained within the making of double glazing units, whether it's energy UV rating, to how sustainable the materials used within the build phase are in supply. Large machinery is used to manufacture windows to ensure that they meet the required UK guidelines for energy saving and are rated between a scale of A - E (A being most energy efficient and E being least energy efficient).

Different Ways To Use Less Electricity In The Home

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  • Use ceiling fans instead of air conditioning or AC – probably  a good tip for the UK where it’s rarely warm enough to need AC, but if you do have it, AC uses a huge amount more electricity than simple fans!
  • Replace leaky windows – Make sure you have at least double glazed windows (you can even get triple glazed now!) to save heat in winter and keep cooler in summer
  • Insulate walls and attics – cavity wall insulation is a great idea for all homes, and the thickest attic insulation will prevent your home from losing heat
  • Check the energy rating of your appliances – all appliances for the home are rated in stars now, so check your appliances are A* rated for the best efficiency!  Important for those you use regularly like cookers, dishwashers and washing machines.

 

Different Thoughts On Fuelling Domestic Life

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Nuclear: Around 20% of our electricity is generated by nuclear reactors, where uranium atoms are split to create heat (known as nuclear fission).  The nuclear power stations we have in the UK are due to be closed and several companies have plans for a new generation of reactors to be built from 2018 onwards.

Renewables: Renewable energy creation through wind farms, solar farms and wave power make up around 25% of our electricity.  The EU have set targets of around 30% of electricity to be created through renewable sources by 2020.

Import: finally, we are connected to systems in France, the Netherlands and Ireland through interconnector cables.  This allows us to import and export electricty when economical.  Around 6% electricity was imported into the UK last year.

What Are The Energy Performance Certificates for Homes?

The EU Directive on the Energy Performance of Buildings came into effect progressively from 2007 and is an important part of government strategies for tackling climate change. The principle underlying the Directive is to make energy use in buildings transparent by the issuing of a certificate showing the energy rating of a property, accompanied by recommendations on how to improve efficiency. This energy performance certificate (EPC) must be provided whenever a property is constructed, rented out or sold. The EPC shows the energy efficiency rating (relating to running costs) of a dwelling. The rating is shown on an A–G rating scale similar to those used for refrigerators and other electrical appliances.

When the construction of a new building is completed, the builder or person responsible for the construction is responsible for obtaining the certificate and providing it to the owner. This is a duty under Building Regulations. This will also apply if a building is converted into fewer or more units and there are changes to the heating, hot water provision or air conditioning/ ventilation services.

Domestic properties require an EPC on construction and some commercial buildings will require an EPC on construction or conversion.

Communities and Local Government (DCLG) is leading the introduction of a number of energy and cost savings measures to make all buildings more efficient. The measures are being applied across all European Union countries and are in line with the European Directive for the Energy Performance of Buildings (EPBD) (recast).

Building an Energy Efficient House

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Before making upgrades, you may also want to work with an energy auditor to use the Home Energy Score, which provides a rating of your home’s current efficiency, as well as a list of improvements and potential savings.
Ultra-Efficient Homes
Ultra-efficient homes combine state-of-the-art energy-efficient construction, appliances, and lighting with commercially available renewable energy systems, such as solar water heating and solar electricity. By taking advantage of local climate and site conditions, designers can often also incorporate passive solar heating and cooling and energy-efficient landscaping strategies. The intent is to reduce home energy use as cost-effectively as possible, and then meet the reduced load with on-site renewable energy systems.
Advanced House Framing
If you’re building a new house or adding on to an existing one, consider using advanced house framing (also known as optimum value engineering), which reduces lumber use and waste and improves energy efficiency in a wood-framed house.
Cool Roofs
Cool roofs use highly reflective materials to reflect more light and absorb less heat from sunlight, which keeps homes cooler during hot weather.
Passive Solar Home Design
Passive solar home design takes advantage of climatic and site conditions to provide heating in the winter and cooling in the summer.

Easy Ways to Use Less Energy In Your Home!

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Sometimes we need to rein in what we are using in order to spend less on our electricity and gas bills!  There are lots of really easy ways to make savings straight away!  Check out our list of top ways to save energy in your home today.

  1. Skip pre-rinsing dishes before loading the diswasher – rinsing first uses up to 6,500 gallons of water per year!
  2. Replace your bulbs with LED lights – the LES lights last so much longer and use less daily than regular bulbs
  3. Insulate water heaters and pipes – helps to retain more heat, so you use less energy to heat up your water
  4. Seal doors and windows – keep heat from escaping!  This will use less energy to heat your home
  5. Upgrade the thermostat – a programmable thermostat can save £100s every year
  6. Install low flow toilets and showerheads – reduce the amount of wasted water you use without even noticing!

How to Go About Switching Your Energy Supplier

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This isn’t as scary or difficult as it sounds!  Over the past few years, the government introduced the Energy Switch Guarantee, which is an industry-led initiative to make it easier to switch companies for your energy supplies.  Here are the main steps to switching easily!

  1. Phone your current company to find out if there are any different deals you could have
  2. Use a comparison website to find the best deals for your needs
  3. Use a switch event in your local shopping centre when they are available
  4. When you want to switch, you’ll just need the sname of your current company, how you pay (eg direct debit, on reciept of bill etc) and how much energy you use.  All this information will be on your latest bill.
  5. When you’ve decided to switch, the new company will ask for a meter reading so they can bill you correctly.  The new company will do all the work and will communicate with your old company to make sure any outstanding monies are paid.  They’ll let you know when your new contract starts.
  6. It can take around 3 weeks to fully switch, but there won’t be any interruption to your supply – you can carry on as usual while the switch takes place
  7. Nobody even needs to visit your home to switch suppliers!

It is so easy and worth checking each year that you aren’t paying too much for your energy!

What Exactly Are We Paying For in Our Electricity Bills?

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When we recieve an electricity bill, it obviously shows how much electricity we used, and how much this amount costs.  But they don’t really tell the full story, and that is what makes up the cost of electricity.  We have broken down the standard bill into the componant costs, so you know exactly where your money is going!

There are five main componenets which go towards the consumer energy bill:  wholesale cost, network cost, policy cost, operating cost and VAT.  These costs change over time, especially while the proportion of wholesale costs has tended to drop over the last few years, and other parts have increased.  This is one reason why retail prices do not fully follow the wholesale costs.

Wholesale Cost

In order to supply to customers, the energy supplier needs to buy its energy from somewhere.  This energy is often purchased months or years in advance.  Did you know the average wholesale cost has dropped around 54% over the past 5 years?!

Network Cost

Electricity and gas need to be distributed from the source to the consumer.  In order to do this, networks of pipes and cables are needed to flow energy to homes and businesse.  Energy suppliers are charged for their use of these networks.  The average cost of network use has increased 29% over the past 5 years!

Operational Cost

These are the costs of running the retail energy business (this has risen around 14% since 2010).

Policy costs

The government has programmes in place to try to deliver lower carbon energy, create more efficient homes and allow for lower fuel costs for poor families.  All these have impact on the average bill for consumers, as the supplier has to cover the costs.  Costs from government policy have increased bills by around 4% since 2011.

Different Methods for Generating Electricity

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We are all used to just having electricity available in our homes, and at the flick of a switch, we have power coursing through the house.  But have you ever thought about where this energy comes from?  Here’s a handy guide to where our electricity is created!

Firstly, here in the UK we use a number of different sources for our energy production. There are 4 main areas our electricity comes from.

Fossil Fuels:  These are where most of our electricity comes from.  Burning fossil fuels like natural gas, coal and some oil generates electricity in power stations.  The amount generated by the powerstations changes every year, with some power stations switching fuels depening on the cost of fuel.

 

 

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