Power Architecture, Generation & Microgrid Optimization for Data Centers

Multi-Physics Simulation for Microgrids and
On-Site Power Systems

Modern data centers depend on highly reliable and increasingly sustainable power architectures. Backup generators, microgrids, UPS, BESS, and emissions systems must operate seamlessly together to ensure the highest reliability, reduce energy costs, and meet tightening environmental regulations.

GT-SUITE delivers an advanced integrated multi-physics simulation soltions for comprehensive data center energy infrastructure modeling, enabling detailed analysis of microgrids and on-site power systems. The platform's capabilities extend to simulating critical components including reciprocating engines, complex fuel delivery systems, renewable energy integration, electrolysis processes, and hydrogen storage solutions.

Highlights

Right-size engines and components before purchase or deployment
Investigate microgrid topologies in a fully flexible multi-physics platform
Model diverse power generation and storage components with a versatile component model library
Ensure resilience and power
Optimize for fuel efficiency, emissions, and energy use
Model reciprocating (IC) engines, gas turbines, hybrid systems, and CHP plants

Impact

Improved Power Resilience & Stability

Enhanced Sustainability & Renewable Integration

Lower Energy Costs & Better ROI Decisions

Smarter, Data-Driven Power Optimization

Power Distribution & Microgrids Capabilities

Microgrids are the backbone of modern, resilient data-center energy systems. They blend grid power, onsite generation, battery storage, and renewables to ensure stability and efficiency under variable conditions.

GT-SUITE provides system-level modeling to analyze microgrid operation, power flow control, energy storage behavior, and grid interactions under any scenario.

Key Features

Grid + onsite generation + UPS/BESS co-simulation
Solar, wind, and hydrogen-based power modeling
Microgrid controller and power flow optimization
Transient stability and load transfer behavior
Integration of IT and HVAC loads
Hydrogen production via electrolysis and reuse via fuel cells

System-level simulation of power distribution and microgrids