AI Microgrid
Grid-connected, resilient and islandable architectures, subject to actual project scope.
- Typical scope
- Power, BESS, controls, resilience, lifecycle optimization
DESIGN PRINCIPLE
Start with the operating problem. Build the right system around it.
Every solution claim remains subject to actual project scope, partner responsibility and interface availability.
AI Factory
Production-aware energy cost, demand, power quality and site-resilience optimization.
- Typical scope
- Industrial loads, production constraints, BESS, ForwardAI
AI Data Center
Align power foundation, grid/BESS and operating intelligence with phased compute deployment.
- Typical scope
- Power-to-compute planning; partner-defined cooling, IT and network scope
AI Campus
Coordinate distributed loads, generation, storage and critical facilities.
- Typical scope
- Multi-building infrastructure and shared operating objectives
Renewable Infrastructure
Make renewable assets more forecastable, controllable and lifecycle-managed.
- Typical scope
- Solar, wind, hybrid assets, forecasting and asset intelligence
Utility-scale Energy
Support larger energy assets through simulation, sizing, grid integration and lifecycle optimization.
- Typical scope
- Connection, dispatch, portfolio operations and technical due diligence