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TU Dresden – Driver for Business, Innovation and Growth

With around 30,000 students from 125 countries, 17 faculties and 119 degree programs, TU Dresden is one of the leading technical universities in Germany. As a University of Excellence and part of the DRESDEN-concept alliance, it drives innovation and strengthens Saxony as a business location through research cooperations and spin-offs.

But what concrete contribution does the TU Dresden make to regional value creation and employment? Which economic and structural effects can be identified? In our current study, we investigate these and other questions – from direct demand stimulation to long-term growth effects. It becomes clear that TU Dresden is much more than just a university – it is an engine for the economic and social development of the region.

The economic power behind housing

Residential construction has been a major contributor to Germany’s economic growth in recent decades. However, current forecasts point to a worrying decline in the real volume of residential construction, which could have far-reaching consequences. This development underlines the urgent need to strengthen residential construction as a driver of economic recovery.

Cheap new world? Comparison of the energy costs of a fossil-based and a green household

Whether a sustainable lifestyle is financially worthwhile for households is a matter of public debate. The high initial investment in particular reinforces the prejudice that switching to renewable energies is the morally correct but expensive alternative to a fossil-fuelled lifestyle. A cost comparison carried out by DIW Econ on behalf of Enpal B.V. suggests that the opposite is true.

The state of Baden-Württemberg on the road to climate neutrality

The government of Baden-Württemberg has set itself the goal of making the state carbon-neutral by 2040. However, to meet this challenge, transformation efforts on an unprecedented scale are required. On behalf of the SPD parliamentary group in Baden-Württemberg, DIW Econ has analysed how much CO2 emissions need to be saved each year and what measures need to be taken in the buildings, transport, electricity and heat generation sectors to reach the goal of climate neutrality in 2040 by 2030.