Whitepaper: Reimagining The Grid Edge

Autonomous Distribution Technologies as the Key to Managing Decentralization and Enhancing Resilience

Whitepaper: From Insight To Action: Harnessing AI to Safeguard Tomorrow's Energy Grids

Explore how AI-driven virtualization, predictive analytics and software-defined automation bolster grid resilience and reliability, helping utilities manage demand growth, renewables and cyber risks.

Whitepaper: AI Factory Reference Designs

FAQ: Optimizing Renewable Energy Transmission with New Fixed Series Capacitors Technology

FAQ: The Art and Science of Distance Protection

Whitepaper: AI Factory 800 VDC Reference Designs

Explore how 800 VDC power designs are reshaping gigascale AI factories – driving faster, smarter, and more efficient deployment at massive scale.

Whitepaper: AI at the Helm: Redefining the Future of the Grid

Find out more about how AI is transforming grid management — enhancing resilience, reliability, and sustainability across the global energy landscape.

Whitepaper: Ensuring Power System Stability In An Evolving Electrical Grid

Read how GE Vernova is advancing grid stability worldwide.

Whitepaper: The Advantages of VPAC

Unlocking resilience and scalability with virtualized software-defined substation solutions

Enhancing Cyber Resilience in Substations

Whitepaper: Secure Remote Access for Legacy Systems in Power T&D

White paper: Securing Smart Grids - Strategies & Best Practices

Case study: Successful Power-up of QScale's Q01 Campus Computing Center

Read more about how GE Vernova’s Grid Solutions business provided critical infrastructure in the development of QScale’s high-density computing center.

White paper: Reducing Fault Currents in Power Systems wth Air Core Series Reactors

Digitization Underway : Large-scale Data Center Development Support

The Data Centers AI & ML Trilemma

Grid Solutions Delivers Critical Infrastructure in Development of Hyperscale Data Center in Australia

The Copper Diet

This whitepaper explores the concepts of facilitating the standardization of copper leftovers used for wiring after switching over to process bus for digital substations.

FAQ: Finding Fault Location Accurately with Traveling-Wave Fault Location

Discussion on how to use the traveling-wave fault location (TWFL) technique to determine fault location, with excellent accuracy rates.