Barcelona, July 5, 2022.- As we prepare to accelerate both transitions, the report identifies ten key areas of action with the objective of maximising synergies and consistency between our climate and digital ambitions. By doing so, the EU will strengthen its cross-sector resilience and open strategic autonomy, and be better prepared to face new global challenges between now and 2050.
Europe is accelerating its embrace of climate and digital global leadership, with eyes firmly on key challenges, from energy and food, to defence and cutting-edge technologies. From this perspective, the 2022 Strategic Foresight Report puts forward a future-oriented and holistic analysis of the interactions between the twin transitions, taking into account the role of new and emerging technologies as well as key geopolitical, social, economic and regulatory factors shaping their twinning – i.e. their capacity to reinforce each other.
Technologies essential for the twinning towards 2050
On one hand, digital technologies help the EU achieve climate neutrality, reduce pollution and restore biodiversity. On the other hand, their widespread use is increasing energy consumption, while also leading to more electronic waste and bigger environmental footprint.
Energy, transport, industry, construction, and agriculture – the five biggest greenhouse gas emitters in the EU – are key for a successful twinning of the green and digital transitions. Technologies will play a key role in reducing these sector’s carbon footprint. By 2030, most reductions in CO2 emissions will come from technologies available today. However, achieving climate neutrality and circularity by 2050 will be enabled by new technologies currently at the experimental, demonstration or prototype phase.
- In the energy sector, novel sensors, satellite data and blockchain could help strengthen the EU’s energy security, by improving the forecasting of energy production and demand, by preventing weather-related disruptions or by facilitating cross-border exchanges.
- In the transport sector, a new generation of batteries or digital technologies, like artificial intelligence and internet of things will enable major shifts towards sustainability and multimodal mobility across different modes of transport, even short–distance aviation.
- Across industrial sectors, digital twins – a virtual counterpart of a physical object or process, using real-time data and machine learning, – could help improve design, production and maintenance.
- In the construction sector, building information modelling could improve energy and water efficiency, affecting design choices and use of buildings.
- Finally, in the agriculture sector, quantum computing, in combination with bioinformatics, can enhance understanding of the biological and chemical processes needed to reduce pesticides and fertilisers.
The twinning will also require hinging the EU’s economic model on wellbeing, sustainability and circularity. The EU’s position in shaping global standards will play an important part, while social fairness and the skills agenda will be amongst the conditions for success, alongside the mobilisation of public and private investment. It is expected that almost €650 billion will be needed in additional future-proof investment annually until 2030.
Ten key areas of action
The report identifies areas where a policy response is needed to maximise opportunities and minimise potential risks stemming from the twinning:
- Strengthening resilience and open strategic autonomy in sectors critical for the twin transitions via, for instance, the work of the EU Observatory of Critical Technologies, or the Common Agricultural Policy in ensuring food security.
- Stepping up green and digital diplomacy, by leveraging the EU’s regulatory and standardisation power, while promoting EU values and fostering partnerships.
- Strategically managing supply of critical materials and commodities, by adopting a long-term systemic approach to avoid a new dependency trap.
- Strengthening economic and social cohesion, by for instance, reinforcing social protection and the welfare state, with regional development strategies and investment also playing an important role.
- Adapting education and training systems to match a rapidly transforming technological and socio-economic reality as well as supporting labour mobility across sectors.
- Mobilising additional future-proof investment into new technologies and infrastructures – and particularly into R&I and synergies between human capital and tech –with cross-country projects key to pooling EU, national and private resources.
- Developing monitoring frameworks for measuring wellbeing beyond GDP and assessing the enabling effects of digitalisation and its overall carbon, energy and environmental footprint.
- Ensuring a future-proof regulatory framework for the Single Market, conducive to sustainable business models and consumer patterns, for instance, by constantly reducing administrative burdens, updating our state aid policy toolbox or by applying artificial intelligence to support policymaking and citizens’ engagement.
- Stepping up a global approach to standard-setting and benefitting from the EU’s first mover advantage in competitive sustainability, centred around a ‘reduce, repair, reuse and recycle’ principle.
- Promoting robust cybersecurity and secure data sharing framework to ensure, among other things, that critical entities can prevent, resists and recover from disruptions, and ultimately, to build trust in technologies linked to the twin transitions.