Digital technology: digital sobriety is required

06/17/2020

The digital transformation of society and businesses has been considerably accelerated by the pandemic that the world is going through, in particular by allowing for the continuity of work and the preservation of social ties. As a lever of economic and social development, the digital transition is generally perceived as a means of reducing energy consumption, while its direct and indirect environmental impacts are systematically underestimated.

 

Digital on the front line in the face of the health emergency, yes…
but a new responsible digital era is even better!

The direct energy footprint, including the energy used to manufacture and use equipment (servers, networks and terminals), is rapidly rising by 9% per year. The Shift Project, a think tank working for a carbon-free economy, states in a report (1) published in 2018 with CIGREF that the energy intensity of the digital industry is increasing by 4% per year whereas the energy intensity of global GDP is currently decreasing by 1.8% each year.

The author of the report, Hugues Ferreboeuf, believes that “digital transition as currently implemented is contributing to climate change more than it is helping to prevent it.”

 

The major contributors to this energy inflation in digital technology have been clearly identified:

  • An explosion in video usage, which is capturing an increasingly significant proportion of available electricity.
  • Proliferation and replacement of digital devices, the production of which requires rare metals, also vital for low-carbon energy technologies, whereas their availability is already under threat.

 

Digital transition has a heavy carbon footprint:

its share in greenhouse gas emissions has increased by half since 2013, rising from 2.5% to 3.7% of total global emissions. Hugues Ferreboeuf also goes on to say that “the current development of digital technology’s environmental impact goes against the objectives of decoupling energy and climate from GDP growth set by the 2015 Paris Climate Agreement.”

CIGREF, which brings together nearly 150 major French corporations and organisations which use digital solutions and services, therefore believes that digital technology’s global energy consumption will rise from around 3% in 2018 (the same level as air transport) to around 7% in 2025 (level of automobile emissions).

 

Geographically diverse digital consumption in 2018:

  • one American person owned on average almost 10 connected digital devices and consumed 140 GB of data per month.
  • one Indian person owned on average just one single device and consumed 2 GB per month.

 

Promoting citizen’s awareness

It’s hard for citizens and companies to escape the debate on global warming and the future of the planet. The outlook for the future will inevitably increase citizens’ concerns and the demands they make on economic players. Changes in regulations and environmental standards will become tougher. So what we really need to do is make all stakeholders behave responsibly.

In April 2018, The Shift Project presented the “Lean ICT: towards Digital Sobriety” report formulating several recommendations for major organisations:

  • improve awareness of the environmental impact of digital technology
  • adopt the concept of digital sobriety as a policy principle for digital transformation, especially in terms of video usage, control of digital copies and replacement of infrastructure equipment and terminals, as well as the inclusion of the carbon footprint of digital projects among the decision-making criteria
  • include energy and environmental criteria in major client tender procedures.

For Hugues Ferreboeuf, digital sobriety is “A lean approach which is also a source of efficiency for organisations: energy efficiency, human efficiency and financial efficiency. Its principle extends the inclusion at a societal level of the objectives pursued by technical approaches such as “Green IT” primarily targeted at Information Technology Departments and Directors.”

The implementation of these digital sobriety principles would contain the current explosion of the digital environmental footprint without undermining the very principle of digital transformation, and would bring the increase in digital technology energy consumption back to 1.5% – namely a similar level to the global trend across all sectors.

In the 2018-2025 “Sobriety” scenario, presented by The Shift Project, the volume of data exchanged continues to grow and the number of smartphones and televisions produced each year stablises around its 2017 level – whereas today their markets in developed countries are already close to saturation.

 

Questioning our behaviour

Today, public and private organisations play a key role in ensuring that digital transition is as ecofriendly as possible, for example by measuring the environmental impact of their IT choices or predicting the carbon footprint of their major digital projects.

“We must recover our individual and collective abilities to question the social and economic benefits of both our purchasing and consumption behaviour with regard to digital objects and services,” Hugues Ferreboeuf goes on to say. Digital sobriety must be adopted as a policy principle. The supply-side pressure (GAFAM, BATX (2)) and the expectations of GDP growth related to digitalisation cannot serve as sole judges in the selection of digital projects.

Companies have a key role to play and much to gain – including the long-term continuation of their digital transition, and cost containment.”

 


ALTEN is commited

More energy-efficient digital infrastructure and equipment

 

  • In France, ALTEN secures its infrastructure via two physically separate data centres managed by an ISO 14001-certified supplier.
  • The ALTEN Netherlands servers are hosted in eco-friendly data centres which use liquid and natural convection technology for their cooling systems. This system reduces the energy footprint by 50%.
  • To limit the amount of data stored on the networks, ALTEN provides its employees with digital tools such as Skype for Business and SharePoint. At the same time, the energy consumption of non-productive systems has been examined and optimised.
  • Finally, ALTEN chooses energy-efficient IT equipment: in France, every single computer and screen for support function staff and the sales teams has the Energy Star label.

 

Read on more about this topic: The green code: better designed, so less polluting

Discover this 7th edition of Eurêka, dedicated to the industrial strategies
that will allow to achieve a low-carbon economy.

 

 


(1) The shift project. “Towards digital sobriety”: the new Shift report on the environmental impact of digital technology
(2) GAFAM (Google, Apple, Facebook, Amazon, Microsoft), BATX (Baidu, Alibaba, Tencent Xiaomi)

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