Overcoming integration complexity in the evolving energy landscape
Energy expansion and system transformation are making engineering needs more complicated. Teams are being asked to modernize legacy systems and integrate multi-vendor platforms and new low carbon technologies without increasing system complexity or operational disruption.
Infrastructure must evolve. Both modernization projects and new builds need to be designed as interoperable environments from the outset to keep operations efficient and resilient. Reliable, scalable architectures enable new and existing assets to work together without introducing unnecessary risk, creating fragmentation or limiting future flexibility.
As capacity expands, industrial efficiency will depend on how well systems, assets and data operate together. By optimizing energy production, distribution and consumption, organizations can improve energy efficiency, strengthen performance and reduce emissions intensity, simultaneously.
Explore the approaches helping technical leaders reduce complexity and design systems that support long-term performance and industrial decarbonization.
How can technical leaders modernize and prepare systems for energy expansion without increasing risk?
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Create a unified architecture for reliable, resilient performance
As energy systems diversify, technical leaders need architectures that reduce fragmentation and minimize dependencies between disconnected systems. This includes eliminating single points of failure, strengthening cybersecurity and supporting high availability across both traditional and low carbon energy sources. Integrating power, process and operational data within a unified architecture improves system resilience and supports consistent performance across interconnected environments. It also creates the visibility needed to identify inefficiencies, optimize performance and advance industrial decarbonization.
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Improve visibility and control across complex operations
Technical teams need timely access to operational data, diagnostics and system insights to effectively manage operations. A common operating environment helps improve visibility across assets, simplify troubleshooting and accelerate root-cause analysis. Integrating automation, electrical and digital domains enables coordinated control, more informed decision-making and industrial energy efficiency across increasingly complex operations. Standardizing on a common platform can further reduce engineering complexity and simplify lifecycle management.
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Design systems that can evolve with changing energy demands
Technical decisions made today can either enable or constrain future growth. As energy systems expand and diversify, organizations need architectures that can accommodate new technologies, additional capacity and evolving operational requirements without major redesigns. Open, modular architectures enable organizations to adopt new digital capabilities at their own pace, extending the life of existing systems while supporting continuous innovation and future expansion. Designing for scalability from the outset helps support commercial and industrial energy efficiency, strengthens lifecycle performance and creates a foundation for implementing decarbonization strategies.
Technical deep-dives: Solving complex engineering challenges
Examine detailed, evidence-based and real-world examples, demonstrating the integration pathways used by organizations to solve complex engineering challenges, optimize industrial energy efficiency and reduce emissions.
BASF
BASF
Transforming BASF's rotating equipment into intelligent machinery, improving uptime and reliability through predictive maintenance.
Chemical
TANAP
Delivering operation, control, and telecommunication systems for the Trans-Anatolian Natural Gas Pipeline, ensuring safe and reliable gas transport across vast distances.
Midstream
Endesa
Gaining real-time visibility into plant performance for Endesa, through advanced automation and data integration, enabling smarter, data-driven decisions that improve energy efficiency, safety, and reliability.
LNG
Enel Green Power
Transitioning 33 hydropower plants for Enel Green Power to a predictive and condition-based maintenance approach.
Hydropower
ABB’s capabilities across key industries
Industries
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Tackling energy expansion and transformation simultaneously
ABB Energy Industries helps customers navigate energy expansion and transformation by improving operational performance. Bringing together automation, electrification and digital solutions, we help organizations increase efficiency, optimize energy use, improve reliability and maximize output.
From engineering specifications and FEED studies through project execution, operations and modernization, ABB provides the technical expertise to connect new systems with legacy infrastructure. This integrated approach helps customers manage complexity and reduce risk. As organizations implement energy expansion strategies, ABB coordinates safety, process and power to keep operations safe and profitable while supporting decarbonization. We help customers make progress without disruption, meeting their business and operational goals while moving towards a lower carbon future.