Five cost-effective ways to reduce your carbon footprint at home

  <span class="attribution"><a class="link rapid-noclick-resp" href="https://www.shutterstock.com/image-photo/eco-friendly-house-concept-moss-covered-675099481" rel="nofollow noopener" target="_blank" data-ylk="slk:Shutterstock/Stockcreations">Shutterstock/Stockcreations</a></span>
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Since the pandemic struck, most people have been spending the majority of their time in the house. Those working from home have become ever more reliant on electricity for running office essentials, including computers, printers, phones and broadband.

Others may be furloughed from work (or out of work entirely) and find themselves using domestic home appliances more heavily than usual. Hoovers, cookers, washing machines, kettles and televisions are constantly on and guzzling power. Whichever way you look at it, this adds up and contributes to both our carbon footprint and rising domestic energy bills.

Our new research project developed the Act4Eco learning platform. The aim of the platform is to help consumers use energy more efficiently and to save money. So here are five quick tips on how this can be achieved.

1. Reading the electricity bill

Not enough people understand all of the details on their electricity bill. For example, it is important to know if and when your tariff changes. In a fixed-rate deal the price you pay is locked for a set period. When you reach the end of this period, electricity charges can roll into a standard variable rate, which will be more expensive. Research shows that changing electricity suppliers on an annual basis is a good way to get the best deal.

2. Energy intensive appliances

Most people understand that the largest home appliances consume the greatest amount of electricity. The Energy Saving Trust, for example, estimates that electric cookers consume 317kWh and cost £46 per year to run. But many people don’t realise that smaller appliances can guzzle a disproportionate amount of energy – kettles consume 167kWh per year, for instance. That means people are spending 7.5p on electricity for every 10 minutes spent boiling the kettle.

Charging cables for the likes of phones and laptops can also continue to siphon electricity even after they have been disconnected from a device. Left idle in a plug socket, a charger can consume between 343kWh and 591kWh per year and cost £50 to £85 annually.

3. Home heating and thermostats

People tend to inherit heating systems after moving into a new home. Unfortunately, these systems are not always the most efficient, carbon-friendly or cost-effective. To tick all those boxes householders might want to consider switching to a modern air source heat pump.

These pumps looks like an air conditioning unit. They take heat from the air and boost it to a higher temperature using the heat pump. The electricity used to run the pump is less than the heat produced. An air source heat pump consumes 4,000kWh a year, while the average domestic gas heating system munches through 12,000kWh of energy per year. Based on average electricity prices of 14p per kWh it is the difference between £560 and £1,680 per year. A potential saving of £1,120.

<span class="caption">Turning down home heating by just 1℃ can make a big difference to bills and energy usage.</span> <span class="attribution"><a class="link rapid-noclick-resp" href="https://www.shutterstock.com/image-photo/hand-turning-home-thermostat-knob-set-519476797" rel="nofollow noopener" target="_blank" data-ylk="slk:Shutterstock/OlivierLeMoal">Shutterstock/OlivierLeMoal</a></span>
Turning down home heating by just 1℃ can make a big difference to bills and energy usage. Shutterstock/OlivierLeMoal

The downside is they can be expensive to install. The Energy Saving Trust estimates the cost of installing an air source heat pump ranges between £6,000 and £8,000.

But not everyone can afford to buy such a pricey item. Luckily, studies show that doing something as simple as turning down the thermostat from 20℃ to 18℃ [can save] as much as 3,090kWh a year. In fact, turning down a thermostat by just 1℃ can significantly cut your bill.

4. Draught-proofing

Now that we are coming into autumn, draughts will be on our minds and round our ankles. However, notwithstanding the advantages of insulating roofs and lofts or investing in external wall insulation, the initial outlay to improve home insulation can prove very expensive.

Fortunately, cheaper options exist. Foam, brush or wiper strips fixed around internal doors can cut draughts significantly and self-adhesive foam strips for windows can also reduce air pushing through the gaps. Doing this could save around £20 a year.

5. Make small changes and stick to them

Okay, so you’ve read your bill, checked your appliance use, reduced your thermostat settings and insulated against draughts. What next? Unfortunately, research shows that people tend to fall into repeating habits unless they make a conscious decision to change and sustain the effort.

People can make a much larger impact on their lives if they change one small habit at a time over the duration of a year. And studies show that these small changes can make a difference. The cumulative effect of our efforts could see a substantial reduction in our carbon footprint.

So for some, “going green” may seem unattainable right now due to economic concerns. But free and cheap actions that reduce our carbon footprint do exist and do make a difference – to our pockets and the planet.

This article is republished from The Conversation under a Creative Commons license. Read the original article.

The Conversation
The Conversation

ACT4ECO is funded by the EU Horizon 2020 programme – one of the biggest EU funding programmes for research and innovation. Nine European partners are involved in this project: The Danish Board of Technology Foundation, Arnold Nielsens Boulevard 68E, 2650 Hvidovre, Denmark. Business Information Systems, Cork University Business School, University College Cork, Cork, Ireland. Deco Proteste, Lisbon, Portugal. Hebes Intelligence, Athens, Greece. Knowledge Economy Forum, Vilnius, Lithuania. Sinergie Formazione e Innovazione, Reggio Emilia, Italy. Strategic Design Scenarios, Brussels, Belgium. The Applied Research and Communications Fund (ARC Fund), Sofia, Bulgaria. The University of Helsinki, Centre for Consumer Society Research, Helsinki, Finland.

Laura Lynch and Stephen McCarthy do not work for, consult, own shares in or receive funding from any company or organisation that would benefit from this article, and have disclosed no relevant affiliations beyond their academic appointment.

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