Our 2025 goals
To reduce our GHG emissions by 50%
To purchase 100% of the electricity we use from renewable sources
Mobile data continues to rise at a rapid rate.
It is predicted that by 20222:
- global mobile data traffic will be over 100 times the volume in 2012;
- global mobile data traffic will account for 20% of global total IP (fixed and mobile data) traffic, up from 9% in 2017;
- the number of devices connected to IP networks will be more than three times the global population;
And that by 2025:
- Internet of Things connections will reach over 25 billion, up from 9 billion in 20183.
39% increase anticipated in mobile internet users between 2018 and 20251
Our GHG emissions
Our total 2019 global GHG emissions, including emissions over which we have direct control (Scope 1) and emissions from purchased electricity (Scope 2), were 2.00 million tonnes of CO2e. This was a decrease of just over 3% from last year (2018), predominantly due to a reduction in the carbon emissions associated with purchased electricity.
We are also working to analyse our Scope 3 emissions, which are the indirect emissions over which we have no direct control, but may be able to influence. They include emissions from our suppliers when providing us with goods and services, emissions from our joint ventures over which we do not have operational control, and emissions associated with the use of our products and services by our customers.
Our efforts to reduce Scope 3 emissions are concentrated where we believe we can make the biggest impact: joint venture businesses, our suppliers and business travel.
|Scope 1||Scope 2||Total|
We will meet our targets through a combination of further investment in energy efficiency initiatives across our networks, particularly in power supply and cooling, and moving towards purchasing 100% of our electricity from renewable sources.
Optimising our energy consumption through efficiency measures
As customer demand for data continues to grow at a rapid rate, ever-greater demands are placed on our access networks and technology centres. We are prioritising new and existing measures to increase our energy efficiency in order to reduce the GHG emissions associated with our operations.
We are committed to improving energy efficiency in our base station sites and in our technology (data and switching) centres, which together account for the vast majority of our total global energy consumption.
This year, we focused on implementing improved efficiency savings for power supply and cooling systems at our sites. We use large numbers of servers and other network equipment, which generate significant amounts of heat during their operation. Cooling technologies are therefore an essential part of our energy strategy, as too much heat can harm components and lead to network failure.
|Our base station sites||Our technology centres||Our offices||Our retail stores|
The amount of energy our business uses varies across our operations
Our base station sites
Our technology centres
Our retail stores
Optimising our power-intensive equipment
We work with our equipment vendors to ensure that increased demand and business growth do not result in a similar percentage increase in electricity usage.
Using adiabatic cooling solutions in hot climates
We have been using free-air cooling systems in many of our technology centres for several years. They are more cost and energy efficient than conventional air conditioning solutions but are not always effective in hot climates. To address this limitation, we are introducing adiabatic cooling systems.
Moving to 100% renewable electricity
We rely on on-grid power sources for 95% of our energy needs. To date, the proportion of our electricity from renewable sources has been low, accounting for just 15% of the electricity purchased. Our new goal will help us to drive the use of an ever-increasing amount of renewable energy over the coming years.
We are working towards our target to purchase 100% renewable electricity globally by 2025, by increasing the procurement of energy from renewable power generation sources via national electricity grids, selecting tariffs with renewable attributes and purchasing renewable energy certificates.
|Grid electricity||Grid renewable energy||On-site renewable energy||Diesel and petrol||Other|
Increasing integration of renewable energy into national grids
The expansion of renewable energy sources for on-grid electricity generation is a critical aspect of efforts to mitigate climate change. However, two of the most common renewable sources – wind and solar photovoltaic generation – fluctuate in efficiency depending on weather conditions. This inconsistency of supply has important implications for national power transmission grids that must be able to route electricity from power stations dynamically to make up any shortfall in capacity.
Our contribution to the United Nations Sustainable Development Goals (SDGs)
Our approach is contributing to SDG 13
SDG 13: Take urgent action to combat climate change and its impacts
We are also contributing to SDG 7
SDG 7: Ensure access to affordable, reliable, sustainable and modern energy for allFind out more about our contribution to the UN SDGs
We believe we can have the greatest impact on five of the UN SDGs through our networks, products and services and through the work of the Vodafone Foundation.
Our commitments to reduce our GHG emissions, move to renewable electricity sources and improve our energy efficiency particularly support SDG 13, which is focused on climate action, and SDG 7, which includes a focus on clean energy.
- The Mobile Economy, GSMA, 2019
- Cisco Visual Networking Index, 2019
- The Mobile Economy, GSMA, 2019