Good stats on carbon saving
We know that ‘carbon footprint’ is a simple phrase for a complicated idea.
That’s why we use stats to compare your energy usage to scenarios that make a bit more sense. Below we’ve included more detailed explanations along with source information for some of our most popular stats.
We supply you through the National Grid, which is like a dirty pond of electricity. When you switch to us, we match all the electricity you use over a year with electricity sourced purely from renewables. It’s like pouring fresh water into that pond. Slowly but surely we’ll clean things up.
What’s the impact on climate change? Well, the energy you use at home is a key contributor to your personal carbon footprint.
Individual household carbon emissions are, on average, approximately 1.25 tonne of CO2 from electricity and 2.5 tonne of CO2 from gas, per year. Another element of your personal carbon footprint comes from transport, which accounts for around 2 tonnes of CO2 per year. This means that by switching to Good Energy’s 100% renewable electricity and carbon neutral gas you are reducing the carbon footprint contribution your home would otherwise be making.
What's more - if you drive an electric vehicle and switch to Good Energy from a competitor's brown tariff you can could reduce your carbon footprint even further.
To calculate the contribution domestic electricity and gas consumption makes to your annual carbon footprint, we first looked at the national breakdown of per capita emissions. We then tallied the total of Domestic and Transport emissions and calculated the reduction that would occur if ‘Domestic Electricity’ and ‘Domestic Gas’ resulted in reduced carbon emissions.
Regional carbon savings in Bristol
If 1 in 10 Bristol residents switched to Good Energy, their whole carbon footprint would reduce by 27,000 tonnes of CO2 every year. That’s the annual emissions of 17,000 cars! To calculate CO2 reduced, we first looked at the average household electricity consumption of each area in Bristol.
The carbon footprint of a piece of paper
Did you know that producing 100,000 sheets of paper from new sources requires over 8 trees and almost 2,000kWh of energy?
It has a carbon footprint of 6,000kg (from energy required to create the paper and dispose of it in landfill eight times). Paper can, on average, be recycled seven times. It’s much more energy efficient to create new paper from recycled sources than to create it from scratch. A ‘life-cycle carbon footprint’ looks at the total amount of energy required to produce, recycle and dispose of paper throughout its useable life.
The same amount of paper recycled seven times, has a life-cycle carbon footprint of 3,200kg (from the amount of energy required to create the paper, recycle it seven times and then dispose of it in landfill).
That’s a 47% saving by using recycled paper.
Read about the emissions factors. An A4 sheet measures 0.21m by 0.297m. Therefore, a sheet of 80gsm A4 weighs 5 grams and 100,000 sheets weigh 499kg.
Your energy usage
If you turn down your room thermostat by one degree, you could save up to £90 and 360kg CO2 a year. Energy Saving Trust
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