The PV Potential in Austria is Huge
The expansion of PV in Austria is progressing. Sonja Wogrin and Alexander Konrad from the Institute of Electricity Economics and Energy Innovation at TU Graz explain how the grids need to be expanded…
The expansion of PV in Austria is progressing. Sonja Wogrin and Alexander Konrad from the Institute of Electricity Economics and Energy Innovation at TU Graz explain how the grids need to be expanded…
Where is the space to generate the legally required amount of photovoltaic electricity in Austria by 2030? A research project involving TU Graz has set out to find suitable areas in Styria.
One topic, but a multiplicity of angles and perspectives.
Energy storage systems are becoming increasingly important, powerful and widespread. However, this also means that the demands on their safety and durability are growing.
Dust, pollen and bird droppings reduce the performance of solar modules, but automatic cleaning systems are expensive. Armin Buchroithner from the Institute of Electrical Measurement and Sensor…
In 2040, electricity production from solar installations will often significantly exceed demand, especially at midday. Robert Schürhuber from the Institute of Electrical Power Systems at TU Graz…
Methanol, ammonia, and hydrogen are waiting in the wings to replace problematic heavy fuel oil in ship propulsion systems. In this interview Nicole Wermuth and Andreas Wimmer explain the differences…
For a long time, large engines only knew one operating condition: full load. Nowadays, though, they are used much more flexibly and can effectively balance fluctuating electricity production, in…
Robert Krewinkel has been Head of TU Graz’s Institute of Thermal Turbomachinery and Machine Dynamics since October 2023. He explains the latest breakthroughs in aircraft engines and which direction…
One of the first major studies on abrasion emissions from rail vehicles shows that a lot of particulate matter contaminated with heavy metals is produced especially along railway lines.
The laser-based technology developed at TU Graz enables the continual real-time analysis of air pollutants and their interaction with other gases and sunlight.
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