SCHIBSTED ANNUAL REPORT 2022
SUSTAINABILITY REPORT
48
Impact from our office operations and energy
consumption
All of Schibsted's office buildings and printing plants are leased,
not owned. During 2022 energy consumption for electricity, district
heating and cooling decreased by 4 per cent. Energy efficiency
measures, such as shifting to LED lighting, upgrading and
optimising ventilation and air conditioning systems, were
implemented in a number of our offices and have led to a reduction
in electricity consumption. Most of the electricity is consumed by
our printing plants in Norway. The relocation of our printing plant
from Nydalen to Vestby is a key measure to further reduce
Schibsted's total energy consumption and achieve our goal of
doubling our energy efficiency by 2030 compared to 2018.
Even though the total amount of energy has decreased, we saw an
increase in our location-based emissions from 2021 of 20 per cent.
This was due to growth and increased use of offices in our
operations in Finland and Poland. Since we use country-specific
emissions factors for location-based calculations, our operations
in countries with lower amounts of renewable energy accessible in
the energy mix will have a larger impact on our total GHG emissions
from energy. The relocation of Schibsted Tech Polska Sp's office in
Krakow was the main reason for the decrease in emissions from
2019 to 2020, which in turn impacted the total reduction of 71 per
cent in location-based emissions from electricity consumption
compared to 2018.
This year we also included emissions with the market-based
approach. In 2022, 26 per cent of our electricity supply was bought
using renewable energy certificates and represented a reduction in
market-based emissions of 2 per cent on the preceding year. With
an electricity grid with a large share of renewable energy, there has
been less focus in the Nordics on buying renewable energy
certificates. Energy consumed by our employees at their home
offices is not included in the scope of the report due to limited
availability and transparency of data.
Impact from our business travel
Emissions from our business travel come from travel by air and
train, and from use of leased and privately-owned cars. Air travel
volumes were lower in 2020 and 2021 due to restrictions caused by
the pandemic. The volume of air travel in 2022 doubled that in
2021. This was mostly driven by the Nordic verticalisation in
Marketplaces and cross-collaboration. However, they did not
return to the same volume as in 2018, and the overall emissions
have decreased by 41 per cent since 2018. A large proportion of
travel involved short-haul flights, either domestical or between the
Nordic countries. The Schibsted Global Travel Policy and a
common travel portal was implemented across the Group in 2022.
The Global Travel Policy states environmentally friendly choices as
a guiding principle.
This year we included emissions from train travel. Our main offices
in Stockholm and Oslo are located close to the central stations
making it a smooth option. Emissions from leased and privately-
owned vehicles decreased by 1 per cent since 2021 and 24 per cent
since 2018. Travel activity data for leased and privately-owned
vehicles was obtained from accounting systems and leasing
companies. The quality of historical data varies for this category.
However, the growing trend in electric vehicles explained most of
the decrease in emissions.
Impact from our digital products and services
Most of Schibsted’s revenues come from digital consumer services,
and the digital transformation of our media operations will
continue. Digital services such as digital news, financial services
and marketplaces consume energy in many stages of the value
chain. Schibsted buys data centre services from external parties,
and currently we account for the energy consumed to run our
services. In previous years we had a mix of location and market-
based emissions, depending on the availability of these numbers
from our data centre providers. This year we were able to collect
more location-based measurements from cloud providers. Thus,
the emissions associated with our external data centres were larger
than previously stated. From 2021 to 2022 they increased by
5 per cent. Unfortunately, no comparable historical data is
available. We will continue to work with our suppliers to gain a
better understanding of our current cloud service emissions.
Additionally, our infrastructure teams are continuously working on
optimising their use of cloud resources. At the end of 2022 we
started work on including sustainability recommendations, GHG
emissions, energy consumption and digital waste in our cloud
strategy, which will be launched in a revised version of Schibsted's
technology strategy in the first half of 2023.
To further understand the impact of our digital news in terms of
energy consumption and GHG emissions, we are a part of the
DIMPACT project. The project has developed a tool for tracking
carbon footprints and energy consumption along our value chain
for digital news. The project members include researchers from
Bristol University and 17 international media companies including
BBC, Sky and Netflix. This was the third year we ran the DIMPACT
model. The model was updated with factors that consider the
latest research within the field. Emissions from our digital news
media are restated back to 2020 due to updates in emission factors.
The results for 2022 aligned with those for previous years. Powering
end-user devices such as computers, laptops and network
equipment in our users' homes accounted for a substantial share
of emissions associated with our digital services. Compared to the
previous year, emissions increased due to higher streaming
volumes for video and time spent in our products. The numbers
were lower compared to 2020, due to more traffic allocated to
smartphones consuming less energy. Currently, we only account
for our news media brands. Due to other priorities, we did not
calculate emissions from our e-papers, marketplaces and financial
services, though this is something we want to explore in the future.
Impact from our devices
Our smartphones, laptops, computers and monitors are vital tools
for performing our daily work. However, they are a source of GHG
emissions throughout their life cycle, from manufacturing to
distribution, usage and disposal. Emissions from devices were
calculated based on emission data from device manufacturers,
excluding use phase. Smartphones, laptops and computers bought
by our companies were included. In 2021, we only accounted for
monitors bought in Norway and Sweden, but this year both
historical figures and the figures for 2022 were recalculated to