Grid Modernization: Powering Reliability
Discover how innovative initiatives are enhancing reliability—today and tomorrow.
Key Discussion Points:
1. The Case for Grid Modernization
Aging infrastructure and rising complexity demand new approaches to reliability, resilience, and affordability.
Regulatory compliance (NERC/FERC) and evolving policy frameworks are driving utilities to invest in modernization.
2. Technology Enablers
Deployment of smart grid technologies: sensors, automation, advanced metering, and data analytics.
Integration of distributed energy resources (DERs), renewables, and energy storage for grid stability.
AI/ML-driven predictive analytics for asset performance and outage management.
3. Digitalization & Operational Excellence
Real-time grid monitoring, state estimation, and predictive overload detection.
Fault anticipation, self-healing automation, and business outcomes such as improved SAIDI/SAIFI and grid resilience.
End-to-end automation from field devices to SCADA/ADMS integration.
4. Customer Impact & Affordability
Rate case mechanisms to secure funding for capital and O&M, balancing safety, reliability, and customer affordability.
Digital tools and platforms for customer engagement and personalized energy management.
5. Cybersecurity & Resilience
Addressing new vulnerabilities as digital technologies proliferate.
NERC CIP compliance, integrated NOC/SOC operations, and AI-powered security monitoring.
6. Innovation & Future Trends
Microgrids, nanogrids, and decentralized energy solutions for disaster preparedness and climate resilience.
Fleet electrification, renewable fuel infrastructure (RNG, hydrogen), and emissions reduction initiatives
Session Sponsored by HCLTech