SUSTAINABLE INFRASTRUCTURE
Hitachi Energy ’ s digital substations , for example , improve grid resiliency and ensure the safe distribution of consistent , reliable power supplies to billions of people around the world .
“ Hitachi Energy is focusing on automating the grid through datadriven insights that will help utilities optimise the flow of energy , smooth out generation due to the integration of new renewable energy sources and optimise the performance of grid assets ,” Anthony adds .
“ Digital substations help support the transition to a low-carbon future by seamlessly integrating renewable energy and contributing to the decarbonisation of the electricity network .”
Further acknowledging the pivotal role of sustainable infrastructure in shaping the energy future , IFS emphasises the importance of technologies like AI-driven analytics , digital twins and advanced asset management systems in optimising energy efficiency , reducing environmental impact and ensuring the reliability and resilience of energy infrastructure . This loops back around to Jon and Martin ’ s core focus , EAM systems .
“ IFS integrates AI , ML and analytics into its EAM processes to enhance the monitoring and maintenance of assets in the utilities and energy sector ,” Jon says . “ By employing ML models for anomaly detection , IFS enables operators to identify potential failures and inefficiencies early , facilitating proactive maintenance and reducing downtime .
This application of AI extends to optimising maintenance schedules and tasks , using failure modes , effects and criticality analysis ( FMEACA ) to prioritise actions based on the risk and impact of potential failures .”
One notable implementation of this was with an oil and gas client in Australia , where IFS ’ technology analysed data from more than a million feeds across 26,000 assets to detect anomalies and initiate maintenance workflows .
112 June 2024