Mission-Critical Power
Design, fabrication, and manufacture of prime power systems where failure is not an option. Custom system architecture across all common AC and DC topologies.
Engineered
Power Systems
for Mobile, Industrial
& Mission-Critical
Custom solutions integrating solar, inverters, battery storage, generators, fuel cell technology, and hydrogen systems — built for demanding environments and performance. Application-specific design for defense, mobile, industrial, and mission-critical applications.
Application-Specific Engineering
End-to-End Integration
Mission-Critical Reliability
What We Do
Power System Engineering —
Power System Engineering —
Not Off-the-Shelf Products
Every system we deliver is purpose-engineered to the application. We start from your load profile, deployment constraints, and operating environment — then design around them.
Hybrid System Integration
Battery, inverter, solar, generators, fuel cell, and hydrogen systems — integrated into one cohesive platform. Load modeling and demand response capabilities ensure every system performs before it deploys.
Mobile & Deployable Platforms
Mobile and ruggedized system design for field operations. Rapid-deployment trailers, containerized platforms, and hitch-mounted solutions engineered within strict size and weight constraints.
Microgrid & BESS Design
Scalable power platforms engineered for remote, off-grid, and resilience applications. Battery energy storage, microgrid design, and distributed energy systems for continuous uptime.
Who We Serve
Built for Industries Where Power Cannot Fail
We work with organizations that operate in environments where consistent, reliable power is a mission requirement — not a convenience.
Defense &
Military
Containerized and deployable hybrid systems for forward operating bases, training facilities, and remote operations.
Learn MoreMobile &
Vehicle-Based
High-density hybrid systems for mobile command centers, surveillance trailers, and field-deployed platforms.
Learn MoreTelecom &
First Responder
Off-grid hybrid power for remote communications infrastructure. Near-zero maintenance, extended unattended operation.
Learn MoreIndustrial &
Remote
Reliable power for remote industrial sites where grid connectivity is unavailable, unreliable, or impractical.
Learn MoreBackup &
Resilience
Battery-backed hybrid resilience and BESS systems for facilities and operations where downtime is not an option.
Learn More
Why Stratix
We Treat Power System Design as an Engineering Problem
We approach power system design as an engineering problem — not a product sale. Most power problems are solved with the wrong tool, forced into applications it was never designed for. The result is inefficiency, premature failure, and unplanned downtime.
"We start from your application — understanding load profiles, deployment constraints, environmental conditions, and operational requirements — then engineer a system around them. Not the other way around."
Application-Specific Engineering
Every system is designed from the ground up to match real-world operating conditions, load profiles, and physical constraints — not adapted from a catalog specification. Systems can be engineered to customer-defined standards, certifications, and integration requirements.
End-to-End Integration
We handle design, fabrication, controls integration, and commissioning as a single continuous process. One team, one responsibility, no gaps between components.
Built for Reliability
Redundancy, load management, and intelligent controls designed in from the start — not bolted on after. Built for real-world conditions, not ideal lab environments.
Agile and Deployable
Modular, containerized, and trailer-mounted formats engineered for rapid deployment and flexible reconfiguration as mission requirements change.