Powering What’s Next: Engineering the Future of Power Generation

The Power Industry Is Entering a New Era

Electricity demand is accelerating faster than many utilities and generators anticipated. Rapid AI adoption, the explosion of data centers, electrification initiatives, and growing industrial demand are placing unprecedented pressure on power infrastructure.

In fact, U.S. electricity demand is projected to increase 26% by 2035, while data center consumption alone could reach 176 GW — nearly five times current levels.

For power producers and engineering teams, the challenge is clear: How do you design, optimize, and operate increasingly complex power systems while maintaining reliability, efficiency, and safety?

This executive brief explores how leading power generation organizations are addressing these challenges using advanced modeling and digital engineering tools.

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Powering What’s Next: Engineering Insights for Modern Power Systems

Inside this expert brief from Datacor’s Engineering Software Group, you’ll learn:

How surging electricity demand and AI-driven data centers are reshaping power infrastructure
Why natural gas combined cycle plants remain essential for grid reliability
The growing role of nuclear power in delivering firm, carbon-free electricity
Engineering challenges behind modern data center cooling and energy infrastructure
How digital modeling tools help engineers optimize complex flow networks, cooling systems, and turbine operations

What You’ll Discover

The State of the Power Industry

Understand the forces reshaping generation, transmission, and infrastructure planning across the power sector.

Gas Power Plants and Grid Reliability

Explore how combined-cycle gas turbine plants deliver flexible, dispatchable power that stabilizes renewable-heavy grids.

Nuclear’s Role in a Carbon-Free Future

Learn why nuclear power is regaining momentum as a critical baseload resource supporting electrification and grid stability.

The Data Center Energy Boom

AI-driven computing growth is fueling massive investments in power generation and cooling infrastructure worldwide.

Digital Engineering Tools for Power Systems

See how advanced pipe-flow modeling helps engineers:

Prevent turbine performance issues
Predict system transients and surge events
Optimize cooling and fluid systems
Improve plant reliability and efficiency

These tools support the design, optimization, and safe operation of complex power infrastructure.

Who Should Read This

This executive brief is designed for professionals responsible for designing, operating, or optimizing power systems, including:

Power plant engineers
Utility operations leaders
Energy infrastructure planners
EPC and consulting engineers
Data center infrastructure engineers
Reliability and asset management teams

Download the Executive Brief