Engineered
Backup &
Resilient Power
Battery-backed hybrid systems engineered for continuous uptime and energy resilience — for operations, facilities, and infrastructure where a power outage is not an option.
When the Grid Fails, Operations Cannot
Commercial and industrial operations increasingly face grid reliability challenges — from weather-related outages to aging infrastructure and demand surges. For operations where downtime means lost revenue, safety risk, or mission failure, grid dependency alone is not a viable strategy.
Traditional backup generators provide power during outages but carry fuel storage requirements, maintenance burden, and startup delay. They are reactive, not resilient. A true resilience strategy requires continuous energy management — not just a failover device.
Engineered backup and resilience systems provide continuous power through grid fluctuations, bridge extended outages, and operate as intelligent microgrids that reduce demand charges and optimize energy costs under normal conditions.
Intelligent Hybrid Resilience
Stratix designs battery energy storage and hybrid resilience systems that operate continuously — not just during outages. BESS systems provide immediate, seamless backup while intelligently managing energy under normal grid conditions.
Integration of solar generation, battery storage, and generator backup under unified controls creates a true microgrid — one that optimizes energy flow, reduces demand peaks, extends generator life, and maintains continuous operation regardless of grid status.
Systems are engineered to the specific load profile, critical load prioritization requirements, and resilience duration targets of each application — including customer-defined standards and certification requirements where applicable. No two systems are the same.
Continuous Power. Engineered Resilience.
Battery Energy Storage (BESS)
Lithium battery systems providing seamless backup, load balancing, and demand management. Immediate response — no startup delay. Operates silently and continuously.
Microgrid Architecture
Distributed energy systems that operate independently of the grid when required. Unified controls manage solar, battery, and generator as one integrated power system.
Critical Load Prioritization
Intelligent controls identify and protect critical loads during grid events. Non-essential loads can be shed automatically to extend backup duration for priority systems.
Application-Specific Design
Resilience duration, critical load profile, and system configuration engineered to your specific operational requirements — not sized from a product catalog. Systems can be built to customer-defined standards and specifications.
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Need Resilient Power
for Your Operation?
Tell us about your critical loads, resilience requirements, and facility constraints. We'll engineer a system that keeps you running.