One system. Many models.
Electrical, thermal, mechanical and operational behavior share one physical reality, even when tools and teams separate them.
MAKE POWER-INTENSIVE
INFRASTRUCTURE
WORK BETTER.
OptimAI Energy is AI-native engineering intelligence for power-intensive infrastructure. Connected to the physical world through live data, it brings electrical, thermal, mechanical and operational behavior together in a continuously calibrated multiphysics model. Teams can ask questions, test scenarios and act on evidence from the first design decision to real-time operations.
YOUR INFRASTRUCTURE IS ONE SYSTEM. YOUR TOOLS DON'T SEE IT THAT WAY.
One plan. Many futures.
A plan that works under one set of assumptions can fail as demand, equipment availability, prices and external conditions change.
One change. Many consequences.
Every intervention can shift capacity, cost, risk and constraints across connected assets and operations.
One decision. Many horizons.
A decision that works in design can create new constraints in planning, operations or real time.
END-TO-END OPTIMIZATION, FROM CONCEPT TO ACTION.
Optimization across every horizonDesign → Strategy → Operations → Real time
Years ahead
Design & Expand
Shape architecture, grid connections, on-site generation, equipment and expansion paths before anything is built.
Months to years
Plan for change
Test investments and strategies against changing demand, technology, regulation and risk.
Days to months
Operational readiness
Prepare coordinated operating plans for changing conditions, constraints and unexpected events.
Continuous
Monitor & calibrate
Sense real-world conditions to keep the model calibrated and surface deviations from expected behavior.
Real time
Coordinate & adapt
Recommend coordinated operating and market decisions as system conditions and prices change.
ENGINEERING INTELLIGENCE FOR EVERY INFRASTRUCTURE DECISION.
Built around how you work
Fits your systems, tools and decision workflows without forcing teams into a new way of working.
Physics-grounded
Real engineering computations simulate system behavior and test decisions against explicit physical constraints.
AI-native
Ask questions at any time, from anywhere, and get evidence-backed answers across the whole system.
Connected to the physical world
Live system data keeps the model calibrated as equipment, demand and operating conditions change.
WE SEE THE WHOLE SYSTEM. YOU MAKE BETTER DECISIONS.
OptimAI forData centers
Find capacity hidden inside power and cooling systems.
Model power, cooling, compute and operations together before approving new deployments or infrastructure investment.
OptimAI forElectric railways
Test energy and operating decisions before deployment.
Explore timetables, traction demand and network constraints as one connected railway system without risking live service.
OptimAI forMining
Electrify mining fleets without constraining production.
Coordinate charging, haul cycles, crushing and site power to keep electric fleets productive around the clock.
OptimAI forEV charging hubs
Build charging hubs that work with the grid.
Coordinate connection capacity, charger demand, queues and energy costs as EV fleets scale.
OptimAI forGrid and utilities
Plan and operate the grid as one connected system.
Model substations, network constraints, demand and market conditions to test investments and operating decisions.
OptimAI forIndustrial systems
Coordinate power, equipment and operations as one system.
Give engineering and operations a shared model for evaluating tradeoffs and safe operating strategies.
OptimAI forRobotics
Scale humanoid fleets without overloading operations.
Coordinate charging, compute, task schedules and facility loads as humanoid fleets grow.
OptimAI forSpace
Design resilient systems where every resource is critical.
Model power, thermal control, storage and life support together before deployment and throughout operation.