Meet Our Featured Speakers

Grid Resilience

The future of grid modernisation depends on AI-driven situational awareness, next-generation distribution automation, digital twins for power networks, a growing focus on open-source platforms, and interoperable data ecosystems that connect transmission, generation, and distribution infrastructure. Smart grid technologies are no longer experimental; they are now central to meeting the demands of an increasingly electrified and climate-affected world. Rapid changes in weather patterns, widespread blackouts, and ageing infrastructure have exposed the vulnerabilities of traditional power systems. To meet resilience targets, the electricity sector must adopt modular and flexible approaches that incorporate automation, real-time grid visibility, and the virtualisation of grid assets. While the early stages of grid digitalisation introduced sensors, SCADA systems, and AMI deployments, grid modernisation is now entering a critical new phase.

Show more

How Smart Grids Are Reshaping the Power Sector

Grid resilience is increasingly shaping investment priorities for utilities and transmission system operators. The evolution of smart grids reflects a broader transformation: what began with smart meters and edge device telemetry has developed into a digital ecosystem powered by artificial intelligence, cloud-based analytics, and cyber-physical control. Today, the focus is on reducing outage durations, maintaining load balance during peak events, and integrating variable renewables without compromising system stability.

Grid operators are working to reduce restoration times following outages by using automated fault detection and self-healing systems. Low-code platforms, open-source architectures, and standards-based interoperability have become essential, providing utilities with greater flexibility and faster deployment. Alongside these digital advances, human-machine collaboration and grid-edge intelligence are emerging as defining features of a smarter and more agile grid.

Digital twins are playing a central role in this transformation. Utilities can now simulate and stress-test entire segments of the grid in virtual environments before implementing upgrades to physical infrastructure. Substation automation, virtualised protection relays, and centralised control hosted in secure data centres are quickly becoming standard practice. The interconnected systems established through earlier digital initiatives allow utilities to share secure operational data across regions and organisational boundaries. These shared data environments are essential not only for improving situational awareness but also for enabling AI models to deliver prescriptive recommendations for grid optimisation.

The Path Forward: Building Resilient, Adaptive Grids

This next chapter in grid modernisation is defined by resilience. It is a story of automated reconfiguration in storm-affected areas, AI models that dispatch mobile response units, and grid-aware orchestration of distributed energy resources that keeps power flowing during periods of system stress. It is also a story of growing risks, from advanced cyber threats to compounding weather extremes. Power sector leaders increasingly recognise that digital transformation must go hand in hand with strengthened cybersecurity and regulatory frameworks that support investment in resilience.

Drought-related hydro limitations, large-scale regional outages, and climate-driven disruptions are now compelling operators across Latin America to invest in both infrastructure hardening and smart automation. From reclosers and synchro phasors to virtual substations and behind-the-metre storage visibility, resilience is no longer optional; it is essential.

GridTech LATAM 2026 will bring together the people driving this transition, including leaders from utilities, regulators, transmission operators, solution providers, financial institutions, and technology innovators. It will serve as a key platform for shaping the electricity networks of tomorrow: smarter, stronger, and more resilient.
 

Topics on the agenda

BRAZIL'S TRANSMISSION GRID: PLANNING FOR INTEGRATION, DEMAND GROWTH, AND THE NEXT DECADE OF EXPANSION

Day 1: undefined

11:30 - 11:55

CURTAILMENT, FLEXIBILITY, AND DECARBONISATION: LESSONS FOR LATIN AMERICA

Day 1: undefined

13:30 - 13:55

AI-POWERED ASSET MANAGEMENT IN THE ENERGY SECTOR

Day 1: undefined

14:00 - 14:25

View more topics

SUBSCRIBE FOR UPDATES

By submitting, you agree to receive email communications from the event organizers, including upcoming promotions and discounted tickets, news, and access to related events.