OVO has created a new methodology to calculate the potential carbon emissions avoided through switching to its low carbon products and services.
Posted:
28 July 2022
OVO has created a new methodology to calculate the potential carbon emissions avoided through switching to its low carbon products and services.
Posted:
28 July 2022
Thursday 28th July London, 2022: OVO has created a new methodology to calculate the potential carbon emissions avoided through switching to its low carbon products and services.
Working with South Pole, a leading environmental consultancy and project developer, OVO has published a fully fledged methodology to calculate the positive environmental impact that adopting low carbon products, such as a smart thermostat or air source heat pumps, could have on customers’ carbon emission reductions. The development of the methodology is an important milestone for greener energy use and will act as a blueprint for other companies to develop integrated business strategies that align their net zero commitments with commercial priorities.
The results show: the products with the biggest ‘carbon avoidance factors* were those where customers switched away from using fossil fuels to electricity, which could then be sourced by renewable energy solutions. The best performing products were:
The methodology reviewed 18 products from OVO’s existing and future low carbon solution product portfolio – from roof insulation to EV leasing to heat pumps, and compared the emissions from a business as usual scenario versus a low carbon solution. The data points and assumptions applied were developed collaboratively with experts from OVO’s product teams and South Pole and backed by independent studies where possible.
Through the ‘carbon avoidance factor’, OVO now has an understanding of how much carbon could be avoided by growing the share of low emission products and services across their portfolio. The methodology has been developed with the potential to be replicated and re-applied as and when new products enter the product portfolio.
The global climate crisis has sparked a public outcry for governments and companies to take action for their impact on the climate. This pressure has ignited a flurry of commitments to decarbonize supply chains, sectors and ultimately households to reach net zero emissions by 2050 at the latest.
OVO launched Plan Zero, its sustainability strategy, in 2019 with a directive to reduce its emissions and become a net zero business. The pathway to get there means helping customers use energy more efficiently to heat and power their homes, whilst getting more of that energy to be sourced from renewable sources. The challenge is understanding which products, services and actions would enable this transition to happen.
OVO’s carbon avoidance methodology is not only an important step in the company’s journey to net zero emissions, but also, when adopted by others, has the potential to advance the decarbonisation of energy and other sectors in the UK.
Alex Thwaites, Head of Zero Carbon Living, OVO said:
“We’re committed to becoming a net zero carbon business. A crucial part of that commitment is bringing customers on the journey to net zero by providing products and services to help them reduce their carbon emissions. By quantifying the potential impact that low carbon solutions could have on our overall environmental impact we’re able to ensure Plan Zero remains integral to our commercial strategy. We hope to see more companies establish their own carbon avoidance strategies as we pave the way to a more sustainable future.”
Rob Ellinson, consultant at South Pole said: “We are thrilled to have worked alongside OVO to develop tangible solutions to support the much needed green transition of the energy sector. Working with frontrunner companies such as OVO and leveraging South Pole’s expertise in carbon accounting, lifecycle assessments and climate targets was the ideal combination to create this methodology. Such methodologies will hopefully help other companies to decarbonise. We look forward to seeing the results of our work as OVO begins to roll out and scale up their low-carbon solutions.”
Notes to editors
* The measurement of the carbon avoided over a product’s life cycle when a customer switches from their existing technology (e.g. gas boiler) to a low carbon solution (e.g. air source heat pump).
** Where we refer to carbon avoided throughout, we mean the carbon equivalent of the greenhouse gas tonnage avoided.
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Please find the full report here.
About OVO Energy
OVO Energy was founded in 2009 and redesigned the energy experience to be fair, effortless, green and simple for all customers. The company has spent the last decade investing in the market leading technology, customer service operations and digital products to help members cut their carbon emissions. OVO is on a mission through its sustainability strategy Plan Zero to tackle the most important issue of our time; the climate crisis, by bringing our customers with us on the journey towards zero carbon living. OVO Energy has committed to being a net zero carbon business and achieve bold science-based carbon reduction targets by 2030, while helping members reduce their household emissions at the same time.
About South Pole
South Pole, recognised by the World Economic Forum as a Social Enterprise, has been at the forefront of decarbonization since 2006. With its global climate solutions platform, South Pole develops and implements comprehensive strategies that turn climate action into long-term business opportunities for companies, governments and organisations around the world.
South Pole is also a leading project developer, and has provided nearly 1,000 projects in over 50 countries with climate finance to reduce over a gigaton of CO2 emissions, and to provide social benefits to less privileged communities who are particularly vulnerable to climate change.
For more information, visit www.southpole.com or follow us on LinkedIn, Twitter, and Facebook.
Table 1: Description and carbon avoidance factors for each of the eight assessments
| Package | Product | Whole life cycle of product | Use phase only | Solution description |
| EV leasing | EV leasing via third party partnerships | 1,519.7
kgCO2e/year/EV leased |
1,636.3
kgCO2e/year/EV leased |
This assessment covers the life cycle carbon avoidance potential of accessing electric car leasing deals via third party partnerships, instead of buying new internal combustion engine (ICE) vehicles. |
| Air source heat pump | Air source heat pump | Market-based:
1,619.1 kgCO2e/year/install Location-based: 1,396.3 kg CO2e/year/install |
Market-based:
1,719.5kgCO2e/year/install Location-based: 1,496.6 kg CO2e/year/install |
This assessment covers the life cycle carbon avoidance potential of replacing an average gas boiler (efficiency=84%) with an air source heat pump (COP=3.0) to provide heat for spacing heating and hot water in an average-sized three-bedroom semi-detached house in the UK. |
| Insulation | Solid wall insulation | Market-based:
1,123.7 kgCO2e/year/household Location-based: 1,162.1 kg CO2e/year/household |
Market-based:
1,137.8 kgCO2e/year/household Location-based: 1,176.3 kg CO2e/year/household |
This assessment covers the life cycle carbon avoidance potential of insulating solid wall with 100mm carbon enhanced EPS insulation board for an average-sized three-bedroom semi-detached house (with 85 m2 wall area). |
| Insulation | Cavity wall insulation | Market-based:
823.1 kgCO2e/year/household Location-based: 851.0 kg CO2e/year/household |
Market-based:
825.5 kgCO2e/year/household Location-based: 853.4 kg CO2e/year/household |
This assessment covers the life cycle carbon avoidance potential of insulating cavity wall with 100mm blowing wool insulation produced by Knauf Insulation for an average-sized three-bedroom semi-detached house (with 85 m2 wall area). |
| Smart thermostat | Smart thermostat | Market-based:
292.9kgCO2e/year/install Location-based: 302.8 kg CO2e/year/install |
Market-based:
292.9kgCO2e/year/install Location-based: 302.8 kg CO2e/year/install |
This assessment covers the life cycle carbon avoidance potential of replacing a dumb digital programmable thermostat with a Tado smart thermostat in an average home (in terms of energy consumption) in the UK. The smart thermostat can automatically optimise temperature in the home based on whether the space is occupied, windows and doors are opened, weather forecast and a pre-set user schedule. |
| Gas boiler replacement | High efficiency gas boiler | Same as use phase only | Market-based:
288.9kgCO2e/year/install Location-based: 298.7 kg CO2e/year/install |
This assessment covers the life cycle carbon avoidance potential of replacing an average gas boiler (efficiency=84%) with a high-efficiency boiler (efficiency=94%) to provide heat for spacing heating and hot water in an average-sized three-bedroom semi-detached house in the UK. |
| Smart charging | Smart electric vehicle charger | 85.5
kgCO2e/year/unit installed |
86.5
kgCO2e/year/unit installed |
This assessment covers the life cycle carbon avoidance potential of using smart chargers optimised by the Kaluza Flex Platform to charge at times when the carbon intensity of the grid is low, instead of using a dumb three-pin charger. Kaluza Flex is a software platform that controls and optimises energy use by smart devices. In addition to the smart charging effect, it has been found that the smart charger may have a higher charging efficiency compared to that of a three-pin home EV charging cable. |
| Smart meter | Smart meter | Market-based:
66.1kgCO2e/year/install Location-based: 81.9 kg CO2e/year/install |
Market-based:
66.2kgCO2e/year/install Location-based: 82.0 kg CO2e/year/install |
This assessment covers the life cycle carbon avoidance potential of replacing a standard dual fuel electricity and gas meters with a digital readout smart meter for both electricity and gas. The smart meter could provide real-time feedback to the user on their household energy consumption. Users are able to understand their energy consumption better. |
| Insulation | Roof insulation | Market-based:
65.6 kgCO2e/year/household Location-based: 67.8 kg CO2e/year/household |
Market-based:
66.9 kgCO2e/year/household Location-based: 69.2 kg CO2e/year/household |
This assessment covers the life cycle carbon avoidance potential of increasing roof insulation thickness from 120mm to 270mm for an average-sized three-bedroom semi-detached house (with 45 m2 roof area), using glass mineral wool insulation produced by Knauf Insulation. |