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What will the homes of
the future look like?

Cleaner, greener, healthier

The homes of the future won’t be reliant on fossil fuels for power and heat. They will run more efficiently and be cheaper, healthier and greener. New homes will be built incorporating low emission technology while millions of existing homes will be retrofitted and upgraded to reduce their emissions and futureproof them. However, it’s important to remember that this transformation will only happen with strong government support and increased consumer understanding.

Image: courtesy of Daikin www.daikin.co.uk

There are now very viable options for people looking to reduce the emissions of their homes. These include significant but often more costly changes, such as:

  • replacing gas or oil boilers with heat pumps
  • installing solar panels and batteries
  • improving insulation and windows
  • electric vehicles and charging
  • using renewable energy 
  • installing induction hobs

Replacing gas or oil boilers with heat pumps

Heat pumps use electricity to transfer heat from the air, ground or water into the home, by using technology similar to air conditioning units, or fridges – but in reverse.

Installing solar panels and batteries

Solar panels convert energy from the sun into electricity we can use to power and heat our homes. They range in size and can be installed in a range of places from houses to stretches of agricultural land.

Batteries can be used to store the electricity generated by solar panels for use at a more convenient time. They can also be charged when the carbon intensity and price of electricity available on the grid is low, so that the stored electricity can then be used when the carbon intensity and price of electricity on the grid is high, helping to reduce emissions and energy bills.

Improving insulation, including windows

About a third of all the heat lost in an uninsulated home escapes through the walls. By insulating our homes we can make them more energy efficient and comfortable, bring our energy bills down and lower our carbon footprints.

Electric vehicles and charging

Electric vehicles (EVs) are powered by electricity instead of petrol. They are cheaper to run. A full charge done at home costs £23 and can last for about 220 miles. Travelling the same distance with a petrol or diesel car will cost about £41 in fuel.

Installing induction hobs

Induction hobs work by passing electricity through a copper coil underneath the glass surface of the hob, creating a magnetic field. Because induction hobs stay cold until a (magnetic) pan is placed on it, they are quicker, safer and use less energy.

How are we going to get there?

  • Heat pumps

    Up to 2.9 tonnes saved per year

  • Solar panels

    Up to 1 tonne of C02 saved per year

  • Insulation and windows

    Up to 0.8 tonnes of CO2 saved per year

  • Electric vehicles

    Up to 1.4 tonnes of C02 saved per year

  • Time of use tariffs

    Up to 0.02 tonnes of C02 saved per year

  • Induction hobs

    Up to 0.03 tonnes of CO2 saved per year

Starting with small steps

In the near to medium term, many of these changes will be unachievable for much of the UK population without significant government financial support, whether you are a homeowner or a renter. However, there are small, practical steps that everyone can take now to help reduce the emissions of their homes and also save money.

  1. Turning down your thermostat by one degree can save you approximately 10% on your heating bill. Note that the Government recommends heating rooms to a minimum of 18 degrees for health reasons.
  2. Turning down the radiator valves outside the living room by just one setting can save the average household around 5.5% on their heating bill.
  3. Turning down your combi boiler’s flow temperature to 60 degrees can save you 8% on your heating bill. Nesta’s Money Saving Boiler Challenge campaign aims to support households in turning down their boiler flow temperature. It offers a simple step-by-step online tool to help people do it quickly and easily.
  4. Ask your landlord whether they have any plans to switch to low carbon heating.
  5. Use energy at less carbon-intensive times. You can do this by taking part in your energy supplier’s Demand Flexibility Service or by using OVO’s Alexa ‘Power Nap’ skill. This Alexa skill uses real-time data from the National Grid so that any Alexa smart speaker owner, regardless of energy supplier, can understand if it’s a good, okay or bad time to switch on electric appliances and devices – all they need to do is ask Alexa.