Accelerating the Green Transition

ESA has now concluded its initial phase of a pilot initiative in Austria that demonstrates the untapped potential of space technologies by providing actionable Earth observation information to accelerate the Green Transition for both society and the economy.

The climate crisis is the most urgent challenge faced by humankind – affecting every region, continent, and ocean on Earth. It fuels a range of other top-level challenges such as food security, biodiversity loss, risks to human health and economic losses.

With the window of opportunity closing, fast action could still avert the worst damage. To achieve sustainable development and reach carbon neutrality by 2050, international policy reforms are supporting the growth of a responsible, Green Economy, defined as one that is low-carbon, resource efficient, and socially inclusive.

Now is the time to fulfil the full potential of space technology and move from knowledge to action.

In 2021, ESA's Director General Josef Aschbacher introduced the Space for Green Future Accelerator, one of ESA's Accelerators driving Europe's innovation and the use of space to the global climate crisis. The initiative intends to accelerate the Green Transition towards a carbon-neutral, resource-efficient and resilient society.

One of the components of the Space for Green Future Accelerator is the development of the Green Transition Information Factory – an online platform providing actionable information from Earth observation to accelerate the Green Transition for both society and the economy.

The Green Transition Information Factory is a cloud-based platform, fed by Earth observation and other geospatial data, that allows users to explore the underlying challenges and opportunities of transitioning to carbon neutrality by 2050 utilising cloud-computing technologies and cutting-edge analytics.

While the platform's capabilities will be eventually rolled out to all of Europe, the first demonstrator focuses on Austria – a country with a favourable size for national-scale monitoring and very ambitious goals for the Green Transition, including the country's goal to use 100% renewable energy by 2030.

National priorities towards a Green Transition were addressed along the following key domains: energy transition and mobility transition, sustainable cities, carbon accounting and Earth observation adaptation services.

As an example, decision-makers in the energy sector can assess the suitability of different areas for expanding wind or solar power installations considering constraining factors, such as distance to settlements or the presence of protected areas. Users can interactively investigate related trade-offs with, for example, other land uses or soil quality.

This is just one example of how the platform enables decision-makers to assess and monitor the effectiveness of its policies and evaluate outcomes using its data, it allows industry to develop novel solutions to foster the Green Economy and allows citizens to engage and understand their actions through interactive exploration tools across key Green Transition domains.

Gebhard Banko, from the Environment Agency Austria, commented, "The Green Transition Information Factory will support a better understanding of constraints and dependencies between different policy goals in a spatial explicit manner."

The Austrian government, through the Austrian Federal Ministry of Climate Action, Environment, Energy, Mobility, Innovation and Technology (BMK), have early on expressed a key interest in the initiative. Additional requirements to further evolve the Green Transition Information Factory were brought forward to meet the specific needs of Austria and discussions on how this can be facilitated are ongoing.

The overall ambition for ESA's Green Transition Information Factory is to enable such analyses and comparison across countries and regions for all of Europe. As a next step, an invitation to tender is being prepared that will expand the initiative and define a blueprint for scaling up the geographic coverage of the platform.