Research Making Combine Harvesters Fit for Refurbishing

Source: | Translated by AI 1 min Reading Time

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Combine harvesters often run for decades. How can manufacturers take this into account during development so that the machines are easy to modernize?

Claas is working on making its combine harvesters fit for refurbishment.(Image: Claas)
Claas is working on making its combine harvesters fit for refurbishment.
(Image: Claas)

In the "GoProZero" project as part of the "it's OWL" technology network, agricultural machinery manufacturer Claas has investigated how combine harvesters can be specifically prepared for subsequent refurbishment using suitable electronics, sensor and software architectures. According to a press release, the company is working together with Bielefeld University, Fraunhofer IOSB-INA and the OWL University of Applied Sciences to facilitate the electronic modernization of long-lasting existing machines.

The focus is on the question of how machines can be developed in such a way that new sensors, controls and software functions can be integrated into existing systems even years later. The background to this is the long service life of large agricultural machines, while digital technologies are developing much faster. The aim is therefore to consider modular hardware, standardized interfaces and flexible data models as early as the development phase in order to enable efficient retrofitting at a later date.

Refurbishing As An Important Building Block

Using the example of modern combine harvesters, the project analyzes the transferability of sensor data and electronic functions across different series and generations. To this end, sensor data from various process units was recorded and evaluated in real harvesting operations. On this basis, the project partners are developing models to show the conditions under which electronic components can be scaled, replaced or retrofitted.

Refurbishing is an important component of the circular economy. By modernizing electronics and software, machines can be used for longer and resources can be conserved. This also opens up new opportunities for manufacturers to extend the functionality of machines over their entire life cycle and enhance their economic value.

The knowledge gained from the project should not only benefit Claas, but also serve as a guide for other companies. In particular, modular electronic architectures and standardized interfaces could help to implement modernizations more easily in the future and better integrate long-lasting machines into digital production environments.

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