INTERVIEW
faster, more informed decisions. Automation improves consistency and reduces waste, while connected sensors and smart energy- management systems show where and when energy is being used. Analytics can identify patterns, inefficiencies and opportunities to improve performance. AI adds further value by helping teams anticipate issues, dynamically optimise processes and take a more proactive approach to maintenance. Predictive maintenance, for example, can reduce unplanned downtime and avoid the energy and resource waste caused by underperforming equipment. The value is not in generating more data, but in
turning it into practical action. For greatest impact, these technologies must work together rather than in isolation. For manufacturers facing pressure around energy costs, carbon reduction and competitiveness, where should they start if they want to make meaningful progress without embarking on major transformation projects? Start with visibility and start small.
Manufacturers need a clear baseline of energy use and operational performance, so they can identify where costs, inefficiencies and the greatest opportunities for improvement lie. Just as water resilience is becoming a strategic issue for industry, energy resilience is increasingly central
to competitiveness, productivity and long term growth.
The next step is to prioritise a small number of high-value actions with measurable impact. This could include improving motor efficiency, optimising compressed air systems, reducing peak demand, addressing energy-intensive processes, strengthening maintenance practices or automating a manual task. It may also mean connecting data that
currently sits in separate systems to create a more complete, real-time view of operations. Intelligent monitoring and digital tools can help manufacturers identify inefficiencies earlier, respond before they become costly problems and make better-informed decisions about where to invest.
Progress does not require the wholesale replacement of existing infrastructure. A phased approach, focused on the most pressing operational priorities, can deliver early wins, build confidence and create a stronger foundation for longer-term innovation. The opportunity is to act now while building for tomorrow - using existing resources more effectively, improving efficiency and embedding resilience into operations, while creating a pathway towards more connected, automated and sustainable manufacturing. Looking ahead, what do you think the most successful Irish manufacturers will be doing
differently when it comes to bringing technology and energy strategies together? The most successful Irish manufacturers will increasingly see digitalisation, energy and sustainability not as separate programmes, but as connected drivers of operational performance. With rising demand for Irish exports boosting September manufacturing output to its fastest pace in almost five years, driving efficiencies across operations will be critical to continue momentum.
That means using real-time data to understand
factory performance, apply automation and AI to optimise processes and electrify operations where it makes technical and economic sense. Successful manufacturers will also build flexibility and resilience as energy systems become more dynamic, working with technology providers and partners to scale proven solutions. Above all, the focus must be on outcomes, not technology for its own sake: creating factories that are more productive, efficient, agile, resilient and sustainable. For Irish manufacturing, this convergence is a significant opportunity. Organisations that align technology, energy and operational strategies will be best placed to turn ambition into measurable improvements and strengthen long-term competitiveness.
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