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New German Study: Digitization Can Save 37M Tons CO2 by 2030

Germany's new study reveals the massive CO2 savings potential of digitization. From smart traffic to connected logistics, it's a game-changer for the country's 2030 climate goals.

In this image there are a few vehicles on the road, few buildings, streetlights and a board...
In this image there are a few vehicles on the road, few buildings, streetlights and a board attached to one of the poles, a fire hydrant, few trees, grass and the sky.

New German Study: Digitization Can Save 37M Tons CO2 by 2030

A new study by the German Environment Agency, 'Klimaeffekte der Digitalisierung', has been released. It's available for free download and explores how digitization can aid Germany's 2030 climate goals. The report focuses on seven areas, revealing significant CO2 savings potential.

One key finding is the impact of intelligent traffic management. By optimizing traffic flow and reducing congestion, it could save up to 13 million tons of CO2 annually. By 2030, this could reach 25 million tons, supporting Germany's climate targets.

Car-sharing and ride-sharing also play a crucial role. They not only ease traffic congestion but also optimize vehicle maintenance, contributing to a 7% share of Germany's total planned CO2 reduction by 2030 through accelerated digitization in mobility.

In logistics, intelligent technologies can save up to 8 million tons of CO2. This is achieved through automatic driver assignment and real-time data analysis, optimizing delivery routes. Additionally, connected individual traffic can save up to 4 million tons of CO2 through sharing mobility.

The 'Klimaeffekte der Digitalisierung' study underscores the potential of digitization in combating climate change. By embracing intelligent traffic management, car-sharing, ride-sharing, and smart logistics, Germany can significantly reduce its CO2 emissions and accelerate progress towards its 2030 climate goals.

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