ABB Drives Global Decarbonization Goals Through Optimized Power Infrastructure
Time:2026-05-09 Browse: 0
ABB is leveraging its engineering and digital expertise to help the power generation and industrial sectors enhance performance, improve efficiency, boost productivity, and achieve sustainable operations. Khalid Mandri, President of ABB’s Installed Products Division, emphasized in a recent interview that electrification has become a cornerstone of any meaningful decarbonization strategy. According to the International Energy Agency (IEA), by 2040, over 80 million kilometers of global power lines will need to be refurbished or newly built—equivalent to reconstructing the entire current global grid—a critical requirement for decarbonizing electricity supply and integrating renewable energy.
The fastest path to decarbonization lies in optimizing existing infrastructure through high-efficiency motors and digital energy management tools, enabling industries to produce more with fewer resources while maintaining productivity and reducing global energy demand. Key technologies include advanced underground cable solutions, digital substations, battery energy storage systems (BESS), microgrids, grid configuration technology, and digital twins.
High-density power systems and modular infrastructure allow data centers to be constructed faster and operate more efficiently, minimizing energy waste. High-efficiency drives and variable frequency drives reduce energy consumption and operational costs in industrial and building applications. Digital twin technology enables companies to simulate and optimize complex systems—such as carbon capture or green hydrogen production—before commissioning, effectively lowering financial and operational risk.
A modernization-first approach, which upgrades existing systems rather than replacing them entirely, extends infrastructure lifespan and provides a practical, cost-effective pathway to electrification. Utilities are prioritizing reliability and continuity of supply during extreme weather events and implementing community-centric strategies. In Europe, ABB supports EU and national decarbonization objectives by providing tailored solutions, promoting cross-border grid interconnections, enhancing system reliability, and contributing to the development of a unified European grid.
Successful electrification relies on the interplay of policy, market incentives, and environmental benefits. In the U.S., electricity demand—driven by data center expansion and electric mobility—is projected to grow 2% annually, totaling a 50% increase by 2050. Coordinated policy and market action are critical to maintaining a reliable and affordable energy system. ABB is the first NEMA member certified under the Build America, Buy America (BABA) program, with its medium- and high-voltage distribution equipment eligible for federally funded infrastructure projects.
As energy systems transition to intermittent renewables, maintaining grid security and balance requires both physical and digital tools. ABB offers submerged switchgear to protect critical infrastructure in flood-prone areas, aerodynamic overhead line equipment to withstand high winds, and advanced fire-prevention components—such as spark-fuse devices—to reduce wildfire risk. Microgrids provide localized, independent power solutions for critical facilities and communities, particularly in regions with unstable grids, while supporting growing electricity demand from data centers and electric vehicle charging. Direct current (DC) grid technologies reduce energy losses and material consumption, enabling efficient renewable integration.
True grid resilience requires adaptive, fault-isolating, self-restoring, and real-time decision-support systems, underpinned by smartly interconnected infrastructure, including substations, feeders, automation systems, protection devices, and medium-voltage switchgear. With over a century of experience in power system engineering, ABB collaborates closely with utilities and customers to address the evolving challenges of electrification and infrastructure demand.
