Resilient, Self-Sustaining Power Anywhere
From remote military bases to off-grid commercial facilities, SPOC delivers rugged microgrid solutions built for autonomy, flexibility, and efficiency. Our inverter-based systems support islanded and grid-tied operation, integrating renewable generation, diesel assets, and energy storage into a single, intelligent power platform.
Intelligent Control, Built for Mission-Critical Environments
Scalable microgrid systems provide dynamic load management, fault tolerance, and intelligent asset coordination to maintain reliable power under changing operational conditions.
Microgrid
Military
From forward bases to tactical sites, SPOC’s rugged microgrid systems deliver reliable, mobile power that integrates seamlessly with diesel, battery, and renewables—ensuring energy security when and where it matters most.
Construction
In dynamic, off-grid job sites, reliable power is a foundation for safety and productivity. SPOC’s microgrid systems offer flexible, inverter-based solutions that adapt to shifting project demands—delivering dependable energy without the delays of traditional infrastructure.
Oil & Gas
Remote operations and variable loads make reliable power essential in oil & gas. SPOC’s hybrid-ready microgrid systems optimize energy use; reduce fuel consumption; and support safe, efficient production—from drilling pads to midstream assets.
Agriculture
From irrigation systems to cold storage, today’s farms require reliable, flexible power—often far from the grid. SPOC’s microgrid solutions support agricultural operations with hybrid systems that reduce fuel use, improve uptime, and integrate seamlessly with solar or battery storage.
Off-Grid C&I Buildings
Commercial and industrial buildings in remote areas need power systems that operate independently and efficiently. SPOC’s hybrid microgrids combine battery storage, DC distribution, and modular integration to ensure energy reliability without utility dependency.
Infrastructure (Local)
Transit hubs, water systems, and other local infrastructure demand resilient power—especially in outage-prone regions. SPOC’s microgrid systems provide flexible, high-uptime solutions that integrate with batteries, renewables, and existing controls.
Traditional Power Architecture Falls Short in Remote & Hybrid Environments.
SPOC Microgrid
Intelligent Power Architecture Built for Resilience
Modern operations demand flexible, decentralized power—yet legacy generator-only systems struggle with fuel dependency, instability, and inefficient load management. Conventional power setups weren’t designed for hybrid energy coordination, renewable integration, or seamless islanded-to-grid transitions. These are the pressure points that fail first.
INTELLIGENT CONTROL
Microgrids only perform as well as their control architecture.
SPOC delivers:
- Real-time inverter-based coordination
- Dynamic load balancing and dispatch logic
- Seamless transitions between islanded & grid-tied modes
- Integrated diagnostics and system visibility
Smarter control. Greater stability. Engineered resilience.
HYBRID ENERGY INTEGRATION
Modern sites require more than generator-only solutions.
SPOC integrates:
- Diesel and natural gas generation
- Battery energy storage systems (BESS)
- Solar and renewable assets
- Utility interconnect & grid-forming capability
One platform. Multiple energy sources. Zero silos.
AUTONOMOUS RESILIENCE
Remote & mission-critical environments can’t rely on the grid.
SPOC enables:
- Fuel optimization & runtime reduction
- Ride-through & fault-tolerant operation
- Redundant system architecture
- Scalable expansion as demand grows
Independent power. Continuous operation. Built for the field.
SPOC Microgrid
Resilient, Self-Sustaining Power Anywhere
From remote military bases to off-grid commercial buildings, SPOC delivers rugged microgrid solutions built for autonomy, flexibility, and efficiency. Our inverter-based systems support islanded and grid-tied operations, integrating seamlessly with renewable, diesel, and battery power sources.
Key Innovations:
• AC/DC coupling and grid-forming capabilities for maximum control
• Modular systems deploy fast in high-cost or disaster-prone regions
• Interoperable platforms that unify batteries, IT systems, and renewables
• Scalable systems that reduce fuel usage and avoid stranded infrastructure
Key Innovations:
• AC/DC coupling and grid-forming capabilities for maximum control
• Modular systems deploy fast in high-cost or disaster-prone regions
• Interoperable platforms that unify batteries, IT systems, and renewables
• Scalable systems that reduce fuel usage and avoid stranded infrastructure
