SPOC delivers inverter-based systems engineered for uptime, modularity, and next-generation grid integration—starting with the world’s most critical facilities.
In the world of industrial hybrid power, performance isn’t about individual components—it’s about how they work together. At SPOC, we engineer practical, repeatable systems designed for demanding environments.
Learn more from our Chief Technologist, Dr. Ben Gully in this video:
Installed Inverters
Inverter Kilowatts of Power
Estimated Annual Energy Savings
Reduced CO2 Emissions mt/py
DC passive redundancy uses multiple DC power sources to ensure uninterrupted operation if the primary source fails. This power supply system design minimizes downtime and, compared to AC systems, reduces both CapEx and OpEx.
SPOC’s DC-based Critical Power platform is designed to be fully modular—integrating seamlessly with diesel, battery, and renewable sources. Whether you’re building a next-gen data center or upgrading hospital infrastructure, we engineer systems that reduce complexity while increasing reliability.
PURPOSE-BUILT POWER ELECTRONICS FOR UNCOMPROMISING UPTIME
SPOC delivers innovative, inverter-based solutions engineered to meet the rising complexity of modern energy needs.
SPOC’s systems meet escalating energy needs of AI and data-rich operations—reducing waste, complexity, and loss. Built for hyperscale demand and zero downtime, our modular, DC-powered solutions deliver unmatched efficiency and resilience to the data center environment.
Battery Integration
Seamless backup and peak shaving.
DC Bus Architecture
Reduce losses. Eliminate UPS.
Modular System Integration
Fast, flexible system integration.
A smarter, scalable platform for the next generation of critical infrastructure.
In mission-critical environments like hospitals and healthcare campuses, even seconds of downtime risk lives. SPOC delivers resilient, inverter-based power systems that support essential services, protect sensitive equipment, and simplify backup integration for uninterrupted care.
Battery Integration
Backup power for critical systems.
DC Bus Architecture
Efficient emergency power paths.
Modular System Integration
Rapid facility-wide deployment.
A smarter, scalable platform for the next generation of critical infrastructure.
In high-load environments where uptime equals output, SPOC delivers modular, inverter-based systems that boost efficiency, reduce maintenance, and support automation. From legacy upgrades to advanced VFD integration, we power smarter manufacturing.
VFD Integration
Optimize motor performance.
Engine/Genset
Hybrid-ready, plug-and-play.
DC Bus Architecture
Unified, efficient power delivery.
A smarter, scalable platform for the next generation of critical infrastructure.
In remote, distributed networks, uptime is everything. SPOC delivers compact, inverter-based power systems that keep telecom infrastructure online, even in harsh environments or unstable grid conditions.
Portable Power
Reliable off-grid power backup.
DC Bus Architecture
Simplified, efficient power flow.
A smarter, scalable platform for the next generation of critical infrastructure.
Campuses operate like small cities—with complex power needs spanning research labs, data centers, housing, and medical facilities. SPOC delivers modular, inverter-based systems that ensure resilient, efficient energy across diverse buildings and growing loads.
Battery Integration
Backup for research and critical loads.
DC Bus Architecture
Streamlined campus-wide distribution.
Backup for Research and Critical Loads
Scalable power for future growth.
A smarter, scalable platform for the next generation of critical infrastructure.
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.
Portable Power
Mission-ready hybrid energy platform.
DC Bus Architecture
Streamlined, field-resilient distribution.
Modular System Integration
Easy deployment in remote operations.
A smarter, scalable platform for the next generation of critical infrastructure.
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.
Portable Power
Portable, high-reliability site power.
Modular System Integration
Fast setup across changing environments.
Engine/Genset Manufacturers
Ready for hybrid configurations.
A smarter, scalable platform for the next generation of critical infrastructure.
Remote operations and variable loads make reliable power essential in oil and gas. SPOC’s hybrid-ready microgrid systems optimize energy use, reduce fuel consumption, and support safe, efficient production—from drilling pads to midstream assets.
Portable Power
Smart, load-matching control.
Battery Integration
Reduce runtime, extend equipment life.
VFD Integration
Improve process control and efficiency.
A smarter, scalable platform for the next generation of critical infrastructure.
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.
Battery Integration
Store power, smooth demand.
DC Bus Architecture
Efficient distribution for long runs.
VFD Integration
Optimize motor-driven equipment.
A smarter, scalable platform for the next generation of critical infrastructure.
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.
Battery Integration
Backup and load-leveling storage.
DC Bus Architecture
Clean, efficient onsite power delivery.
Modular System Integration
Fast, scalable deployment options.
A smarter, scalable platform for the next generation of critical infrastructure.
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.
Battery Integration
Store energy, enhance resiliency.
DC Bus Architecture
Reduce losses, simplify distribution.
Modular System Integration
Easy tie-in across facility systems.
A smarter, scalable platform for the next generation of critical infrastructure.
As heavy equipment fleets electrify, off-highway sites need scalable, high-power charging that works in rugged conditions. SPOC delivers megawatt systems that integrate with hybrid sources for fast, flexible deployment.
DC Bus Architecture
Efficient, high-load power delivery.
Battery Integration
Store energy, support fast charging.
A smarter, scalable platform for the next generation of critical infrastructure.
Mining operations face intense energy demands, remote conditions, and increasing pressure to reduce emissions. SPOC’s megawatt charging systems support fleet electrification with scalable, high-density power solutions that improve efficiency and lower environmental impact.
DC Bus Architecture
Reliable, high-capacity distribution.
Battery Integration
Store power, reduce generator use.
VFD Integration
Optimize motor-driven equipment.
A smarter, scalable platform for the next generation of critical infrastructure.
Electric and hybrid vessels require high-speed charging to stay on schedule. SPOC’s megawatt-scale marine systems deliver fast, efficient energy transfer during short docking windows—minimizing downtime while supporting clean port operations.
DC Bus Architecture
Rapid, regulated DC power delivery.
Inverter Systems
Convert grid power for vessel charging.
A smarter, scalable platform for the next generation of critical infrastructure.
Aging infrastructure and evolving energy demands make reliability a top priority for backup systems. SPOC delivers hybrid-ready solutions that support seamless backup power, reduce energy waste, and improve response times during outages or system transitions.
DC Bus Architecture
High-efficiency backup distribution.
Battery Integration
Smooth transitions, enhanced uptime.
A smarter, scalable platform for the next generation of critical infrastructure.
Energy storage at the substation level is critical to grid flexibility, stability, and decarbonization. SPOC’s inverter-based systems enable battery integration and DC-coupled architecture that supports peak shaving, load balancing, and fast-response backup.
DC Bus Architecture
Grid-ready, high-capacity distribution.
Battery Integration
Store energy, manage peak loads.
A smarter, scalable platform for the next generation of critical infrastructure.
Cities and public utilities face growing pressure to modernize, decarbonize, and improve reliability. SPOC delivers scalable control and pump systems that integrate seamlessly into municipal infrastructure—supporting automation, energy efficiency, and system resilience.
Software / EMS Providers
Smart controls for energy management.
Pump Packager
Integrated power for water systems.
A smarter, scalable platform for the next generation of critical infrastructure.
President, SPOC
Head of Power Systems
Chief Technologist
Marine Segment Manager
Managing Director
At SPOC, we are committed to being your hands-on partner throughout the entire lifespan of your equipment. Whether you need fast repairs, preventative maintenance, or technical advice, our professional field service team delivers reliable solutions when you need them most. From 24/7 tech support via phone, live chat, or video, we ensure your operations run seamlessly. We prioritize speed—offering expedited shipping and quick-response field service teams—so you can stay focused on your business without unnecessary downtime.
If you want to know what makes SPOC a special place, understand these five core aspects of our beliefs.
