Page 64: of Offshore Engineer Magazine (Mar/Apr 2026)

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TECH-DRIVEN ENERGY SECURITY ABB’S TAKE ON TECHNOLOGY AND ENERGY RESILIENCE © Seatrium Limited

As new developments advance through extended ap- more effective adoption of hybrid and digital solutions.

proval cycles, operators are unlocking signifcant value At the same time, an integrated lifecycle approach is through strategic brownfeld optimisation. By upgrading becoming essential. This involves bridging CAPEX and electrical and control systems, implementing advanced OPEX considerations and accounting for reliability, emis- monitoring and diagnostics, and removing production sions and operating cost over multi-decade asset lifecycles.

bottlenecks, asset owners are delivering tangible results: extended asset life, improved availability, and accelerated

Execution Capability Defines Offshore Win- ners in Asia production effciency.

These proven approaches deliver lower implementation Southeast Asia’s offshore sector remains central to re- risk, faster return on investments, and sustained improve- gional energy security and continues to offer strong long- ments in uptime, reliability, and operational effciency. For term growth. In today’s dynamic environment, the real dif- today’s operators, brownfeld optimisation represents a stra- ferentiator lies in execution capability – delivering projects tegic opportunity to maximise value from existing assets. reliably, safely, and on schedule.

As offshore developments become larger, more power- intensive and increasingly constrained by cost, schedule

Collaboration, Standardisation and Lifecycle

Thinking and supply chain pressures, resilience is being determined

As these trends converge, successful delivery also de- much earlier in the value chain. Projects that embed system pends not just on technology, but on how projects are integration, power architecture, hybridisation and lifecycle coordinated across the value chain, including operators, performance from FEED are better positioned to manage engineering, procurement and construction companies complexity, reduce delivery risk and sustain long-term op- (EPCs), yards, technology providers and regulators. erational value. At the same time, standardised architec-

Interface complexity tends to increase on technically de- tures and early collaboration across the project ecosystem manding FPSO and hybrid offshore projects, particularly are becoming critical to execution certainty.

where coordination spans multiple stakeholders and sys- FPSOs, hybrid power systems and electrifed offshore tems. In this context, greater standardisation and shared concepts are shaping the region's next phase of develop- infrastructure concepts can help support more effcient ment. In this context, resilience is not achieved at the end integration, improve execution alignment, and enable the of a project – it is engineered in from the start.

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