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GRID RESILIENCE

The global electricity industry faces a defining challenge: ensuring reliable, safe, and resilient power delivery amid rising demands, extreme weather, and wildfire risks, and the transition toward smarter grids is no longer optional because it is essential for maintaining stability and service quality. Every company across power generation, transmission, and distribution now carries the responsibility of investing in stronger infrastructure, modern control systems, and advanced technologies that can withstand disruption while improving performance.

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Grid resilience is not only about protection; it also represents opportunity, and strengthening the grid through advanced sensing, sectionalization, microgrids, and undergrounding opens new avenues for growth, innovations, and value creation across the sector. Supported by initiatives such as the federal Grid Resilience and Innovation Partnership awards, utilities and technology providers are positioning themselves at the forefront of a new era in energy security.

Transforming Power Systems with Smart Grid Innovation

The most significant advances in grid resilience arise from applying smart grid technologies that deliver enhanced situational awareness and faster response capabilities. For example, widespread deployment of intelligent sensors and automated sectionalizing switches allows utilities to isolate faults quickly, reducing outages and improving safety. Microgrids, often integrated with distributed energy resources, provide localized reliability and backup power to ensure that critical services remain operational during emergencies.

Equally important is continued investment in undergrounding transmission and distribution lines, a strategy proven to reduce outages caused by storms and wildfires. Utilities report that these measures, combined with modern fault detection and predictive analytics, can sharply reduce restoration times and operational costs. For stakeholders, the opportunities lie not only in protecting communities but also in accessing billions of dollars in new infrastructure investments and service innovations.

Another crucial aspect of smart grid transformation is optimizing system operations through advanced distribution management systems and digital substations, which enable real-time monitoring of grid conditions, dynamic load balancing, and improved voltage regulation. By integrating artificial intelligence and machine learning, companies can achieve greater efficiency, extend equipment life, and create new value streams through demand-side management.

Opportunities for Stakeholders in a Resilient Future

The modernization of the grid is opening a broad marketplace of possibilities, and power generation companies are identifying new revenue paths in flexible capacity and the integration of renewable resources with storage. Transmission operators are prioritizing technologies that reinforce backbone networks, while distribution utilities are reimagining customer engagement through resilience-as-a-service offerings. Policymakers and regulators are shaping frameworks that accelerate investment, and financiers recognize the long-term stability and return potential of resilient infrastructure.

For technology developers, there are unprecedented opportunities in delivering solutions ranging from advanced sensors and high-efficiency transformers to control software and cybersecurity platforms that support the resilient grid of tomorrow, and for communities, the shift toward smarter and stronger grids provides not only energy security but also socioeconomic resilience.

At Smart Grids USA 2026, global leaders, regulators, innovators, and utilities will come together to share strategies, showcase technologies, and shape the resilient electricity networks of the future, and this is where decision-makers will learn how to strengthen their systems against disruption, optimize operational performance, and unlock business opportunities in a rapidly evolving energy landscape.

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Topics on the agenda

UTILITY LESSONS LEARNED IN DEVELOPING COMMUNITY MICROGRIDS

Day 1: undefined

09:10 - 09:35

PROTECTION SCHEMES FOR DISTRIBUTION SYSTEMS WITH HIGH IBR PENETRATION

Day 1: undefined

09:40 - 10:05

CHARTING A NEW COURSE: UNITED POWER’S TRANSITION TO A DSO MODEL

Day 1: undefined

11:30 - 11:55

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