Collaboration to Enhance Turbocharger Technology Through Digital Solutions

AVAT, KBB Aim To 'Digitalize' Turbochargers
German technology companies AVAT and Kompressorenbau Bannewitz GmbH (KBB) have joined forces to revolutionize turbocharger technology for large combustion engines. Through digitalization, they aim to enhance operational efficiency, prevent costly failures, and improve predictive maintenance practices. This innovative collaboration signifies a significant step towards leveraging data analytics to optimize equipment performance and reliability.
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German technology companies AVAT and Kompressorenbau Bannewitz GmbH (KBB) have entered into a collaboration to enhance turbocharger technology for large combustion engines through digitalization. The goal is to develop a digital solution that can increase operational efficiency and prevent costly failures. This solution will involve new hardware and software that can collect and analyze a wide range of operating data and metrics from the turbocharger, providing insights into its current operating point and potential damage patterns.

By analyzing the data collected by the digital solution, operators will be able to identify optimization opportunities and maintenance requirements early on. The long-term data collected will enable more accurate detection of changes in turbocharger performance over time, allowing for the development of new data-based maintenance intervals. Ultimately, the aim is to improve predictive maintenance practices in order to avoid equipment failures and enhance overall operational efficiency.

This collaboration between AVAT and KBB signifies a step towards leveraging digital technology to optimize turbocharger performance and maintenance for large combustion engines. By harnessing the power of data analytics, operators will be better equipped to proactively address maintenance needs and ensure the continued reliability of their equipment. The innovative digital solution aims to revolutionize the way turbochargers are monitored and maintained, ultimately leading to improved operational efficiency and cost savings for operators.

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