Onsite power systems providing resilient energy
Onsite Power

Modular Energy Infrastructure

Resilient onsite power for mission‑critical facilities, engineered for multi‑9 availability, efficiency, and the energy transition.

Onsite power for always‑on operations

Authent designs and deploys modular onsite energy infrastructure for data centers, industrial operations, and essential services where power continuity is non‑negotiable.

Deployment model

Fast, modular, and high‑availability

Standardized building blocks and assessment‑led design reduce time‑to‑power while meeting demanding uptime targets.

  • Modular onsite energy plants with scalable capacity blocks
  • Multi‑9 uptime architectures for mission‑critical loads
  • Deployment engineered to minimize disruption to live operations
  • Integration with existing utility, backup, and facility systems
Efficiency & emissions

CHP and transition‑ready design

Onsite power is engineered for both performance today and decarbonization tomorrow.

  • Combined Heat and Power (CHP) for improved efficiency and OPEX reduction
  • Carbon‑capture readiness and emissions optimization capabilities
  • Hydrogen blending options to support evolving fuel strategies
  • Designs aligned with ESG and regulatory requirements
Industries served

Critical infrastructure and industrial sites

Onsite power supports environments where even brief outages can impact safety, revenue, or compliance.

  • Data centers and edge facilities
  • Manufacturing, heavy industry, and utilities
  • Healthcare, labs, and regulated environments
  • Oil & gas, logistics hubs, and campus‑scale operations
Integrated programs

Part of a unified infrastructure stack

Onsite power can be delivered as a stand‑alone program or combined with RTLS, cybersecurity, and software as part of Authent’s integrated capability model.

  • Energy infrastructure aligned with RTLS‑driven operational visibility
  • Secure integration with IT and OT cybersecurity controls
  • Telemetry and data feeds to digital twins and operational dashboards

Assessment‑driven delivery

Every engagement starts with a structured assessment phase to ensure onsite power design reflects real demand, resilience targets, and emissions objectives.

Load profile analysis Infrastructure readiness Emissions baselining Resilience planning
01 · Assess

Baseline and risk

Load profiling, existing infrastructure review, and emissions baselining to understand current constraints and risks before design.

02 · Design

Architecture & strategy

Uptime, efficiency, and transition requirements are translated into modular plant architectures and phased deployment roadmaps.

03 · Deploy & optimize

Implementation & improvement

Onsite power systems are deployed, integrated, and continuously tuned for performance, resilience, and emissions outcomes.

Ready to evaluate onsite power for your facility?

Start with an assessment‑led engagement covering load profile, site readiness, emissions baseline, and resilience planning for your critical operations.

Start onsite power assessment