Energy Control for
AI Data Centers
For speed-to-power, mission-critical resilience, and optimized cost of power
Built for this challenge. Proven at this scale.
Designed for the exact operational conditions that define AI infrastructure: large-scale, multi-site complexity, flexible loads, and sub-second power volatility, for portfolios where the control layer must serve the operator’s objectives above all else.
The market leader in
energy management systems
0
st
in global EMS market share
Wood Mackenzie 2026
0
GWh
Grid-scale energy storage under management
0
%
COD on-time track record over 25 years
0
+
Global energy markets
600+
Take control of the power layer
your AI campus depends on
To achieve speed-to-power while protecting mission-critical uptime, hyperscalers need a control layer built for data center infrastructure management across every asset, site, and vendor. That control layer is Unity EMS.
Faster speed-to-power
- Interconnection-aware dispatch and import limit management
- Peak shaving and load ramp support to absorb AI workload spikes
- Coordinated dispatch of generators, storage, and renewables during campus expansion phases
- Curtailment and reserve management to maximize available capacity from day one
Real-time hybrid orchestration
AI workloads create second-by-second power swings that traditional control systems aren't built to handle. Unity EMS delivers sub-second balancing across the full campus power stack.
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Unified control of grid connection, BESS, backup generation, solar PV, and flexible loads
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Second-by-second supply, demand, and reserve margin balancing
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Vendor-agnostic monitoring, dispatch, and control from a single platform — no proprietary lock-in, no data silos
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Your operational data, your control — the EMS gives you a vendor-independent, unified view without depending on any OEM cloud platform
Mission-critical resilience
For AI infrastructure, downtime is not a performance metric — it is an unacceptable outcome. Unity EMS is built for the reliability requirements that define this environment.
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Grid-tied and islanded operation across diverse site architectures, with grid-forming capabilities
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Automated failover and black-start sequence without manual intervention
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Seamless campus decoupling and re-synchronization during grid disturbances
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Critical-load prioritization and redundancy to protect the compute layers that cannot go offline
Grid compliance and power quality
Fast AI load ramps and complex campus power systems create power quality challenges that affect both uptime and grid acceptance. Unity EMS manages both sides of the equation.
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Low Voltage Ride Through (LVRT) grid compliance with BESS Load Emulation
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Active and reactive power control with voltage and frequency support
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Power quality management during cutovers and constrained-grid events
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Utility and grid-code compliance across 75+ grids worldwide, with certified power system models and simulation studies to accelerate utility approval and energization
Built for every stakeholder in the AI power stack
Hyperscalers and AI infrastructure developers
EPCs and system integrators
Renewable energy developers and IPPs
Unity EMS deployments that delivered
News & resources
Optimize dispatch, maximize revenue stacking, and protect asset value with Unity EMS