Developing and testing for sustainable agriculture

What does the future hold?

How can we feed an ever-growing world population? How can we work more efficiently with resources and increase yields at the same time? Farmers and manufacturers of agricultural technology are confronted with these questions. And for the former, there is another challenge: How can the lack of succession and labor in agriculture be compensated for? In order to overcome the above-mentioned and many other challenges in agriculture, new technologies and processes are needed to replace particularly mundane and labor-intensive tasks and free up time for other work. The answer to these challenges is provided by autonomous technologies, for example, that use intelligent soil analysis to apply only the required amount of fertilizer or seed or to steer vehicles across the field without a human driver. Artificial intelligence and machine learning coordinate activities and make it possible to make agricultural processes more efficient and self-regulating than ever before. E-mobility is also playing an increasingly important role in agriculture applications. It is helping to make agriculture more resource-efficient and significantly reduce CO2 emissions. The development of electric motors, battery systems, fuel cells, power electronics components, and charging infrastructures is the path to a more sustainable future for agriculture. We are your partner all along the way, whether it's in the development, testing, or validation of AI applications, self-driving vehicles, and electrical systems.

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