Turbine innovators leading low-carbon revolution

Digitalisation and advanced materials innovations such as digital twins, predictive maintenance and high-efficiency designs enhance turbine performance, reliability and sustainability.

- 

Turbines play a major role in the transition to low-carbon energy. Digitalisation and advanced materials innovations such as digital twins, predictive maintenance and high-efficiency designs are enhancing turbine performance, reliability and sustainability. S Narayana Prasad says these collectively support cleaner energy generation and smarter asset management in increasingly demanding operating environments. Let us hear from him in detail about the innovations and strategies being used in the industry.

How are digital twins and predictive maintenance technologies integrated into modern turbine systems?

In the power sector, digital twins and predictive maintenance technologies are increasingly integrated into modern turbine systems to enhance performance, reliability and efficiency.

Digital twins are being utilised to create real-time virtual replicas of physical turbines, enabling operators to simulate and monitor turbine behaviour under various operational conditions. This digital model supports continuous performance analysis, helping to identify inefficiencies or deviations from optimal operation. It also facilitates remote diagnostics, which reduces downtime and maintenance costs. Additionally, digital twins allow operators to simulate different maintenance strategies or design modifications before implementation, enhancing decision-making and operational efficiency.