Utility and Energy-Integrated Infrastructure
Safety-bounded operations for data centers integrated with generation, storage and utility infrastructure.
PrecisionDCOS relates generation, BESS, switchgear, protection, gas and hazards, utility interfaces, power and cooling delivery, compute dependencies, OT networking and central operations without becoming the unexamined authority for protective functions.
Why this environment is different
The operating characteristics that shape how the platform is deployed and run here.
One accountable operating contract
PrecisionDCOS relates generation, BESS, switchgear, protection, gas and hazards, utility interfaces, power and cooling delivery, compute dependencies, OT networking and central operations without becoming the unexamined authority for protective functions.
Operating priorities
What the platform is designed to support in this environment.
Safety-bounded integration
Protection, gas and shutdown functions remain local and independent; PrecisionDCOS observes and coordinates.
Energy dependency
Model how generation, storage and utility interfaces affect compute availability.
Local continuity
Operations continue during WAN loss within bounded, engineered limits.
Typical starting architecture
A common composition for this environment. It is a starting point, not a fixed requirement — every engagement is scoped to the actual estate.
- PrecisionDCMS Field plus NX-Cloud or local NX, with IO and GMS where required
- PrecisionDCMS Industrial Edition for switchgear-room and generation lineups
- DCOS Network for OT segmentation
- DCOS Operations with CriticalOps Cloud or a private deployment
- DCOS Data Fabric and DCOS Assurance for evidence
What remains customer- or OEM-controlled
Authority that stays outside the operating contract by design. PrecisionDCOS observes and coordinates within engineered boundaries — it does not assume control here.
- Protective relays, breaker authority and interlocks
- EMS/microgrid dispatch and utility-interface control
- Gas, fire and shutdown systems
- Licensed electrical and high-voltage work
Deployment pattern
How the platform is physically and operationally deployed in this environment.
A safety-bounded integration: Field acquisition and Industrial Edition lineups sit beside the electrical systems, with local continuity engineered for WAN loss and protection left autonomous.
Managed operations
How the environment is run once it is live, within the ordered service profile.
Central NOC and field response under Co-Managed or Fully Managed Operations, coordinating within engineered command boundaries and never overriding protective functions.
Data and assurance
How operating data is governed and how evidence is maintained for this environment.
DCOS Data Fabric relates energy and compute dependencies as governed data; DCOS Assurance carries the evidence for the site’s safety and compliance obligations.
An operating-system lineup designed to sit beside the systems it monitors.
HARDWARE FOR THE POWER SIDE OF THE CAMPUS
Industrial Edition packages Field acquisition, local continuity, protected power, OT networking, OOB, local HMI and optional local NX into a freestanding cabinet system suited to microgrid buildings, generation and BESS facilities, switchgear rooms and utility interfaces.
Protection stays local
The lineup monitors and coordinates generation, storage, utility and electrical dependencies while protection, breaker authority, EMS dispatch and equipment-local safety remain with the approved local systems.
Typical starting modules
A common starting composition. No module is mandatory — each is scoped to the estate, and CriticalOps Cloud is included where hosted identity, portal or multi-site workflow is relevant.
Plan an energy-integrated operating architecture
Bring your estate, standards and residency constraints. We map them to a deployment model, module set and operating contract.