Engineering Energy Resilience at the Speed of Relevance

At Siemens Government Technologies, we've developed the Deployable Power Module (DPM) to answer one of the most persistent challenges our federal partners face: reliable energy access in mission-critical environments. Whether it's during disaster response, field operations, or remote deployments, power must be stable, autonomous, and ready. Our job is to deliver power where it's needed, without waiting on traditional grid access. That's not just a technical challenge; it's a mission imperative. The DPM was born out of that urgency.

Purpose-Built for Mission-Readiness

DPM isn't a concept or a prototype, it's a fully integrated, containerized microgrid system designed specifically for austere environments where grid access is limited, unreliable, or nonexistent. We're talking about an all-in-one, transportable unit capable of incorporating renewable energy generation like solar, featuring lithium-ion battery storage, diesel backup, and a Siemens A8000 microgrid controller, all pre-wired, pre-tested, and mission-ready out of the box.

We designed it to operate autonomously, flexibly, and with minimal human intervention. That means smart load balancing, dynamic power source management, and seamless integration with other field systems. It can run in "island mode" for hours, days, or weeks at a time; whatever the mission calls for.

Solving the Field Power Problem

Traditional generator-based systems can be a logistical nightmare. They're loud, fuel-hungry, and often require around-the-clock attention just to keep them running. Add in the complexity of securing regular fuel deliveries in crisis or combat scenarios, and you're looking at real operational risk.

We approached DPM as a clean-sheet solution. Instead of relying on a single fuel source, the system intelligently manages inputs from energy sources like solar PV, battery storage, and diesel generation, adjusting output based on current demand. That's how we can reduce fuel consumption by up to 50% in hybrid mode while still maintaining the high availability agencies depend on.

The DPM's smart control system constantly monitors loads and shifts between sources as needed, without an operator needing to flip a single switch. That kind of efficiency doesn't just save fuel; it reduces convoy requirements, limits noise signatures, and lowers maintenance needs, freeing up personnel for more critical tasks. Additionally, the microgrid controller can optimize associated power output with phase balancing appropriate for the connected load, enabling those in the field to focus on their mission instead of time-consuming device-dependent connection protocols.

Built for Federal Needs from Day One

This isn't a commercial product that we retrofitted for government use. From the beginning, the DPM was developed to meet the specific needs of our federal partners. We listened closely to the operational pain points and regulatory requirements they faced and engineered the system accordingly.

It's already in use at military installations, where it has been deployed to support off-grid operations, including overseas military locations. We've also proposed DPM as a direct alternative, or supplement to traditional diesel-powered equipment. In those cases, not only did we minimize fuel delivery demands, but we also helped stabilize the entire local power distribution during critical response phases.

We made sure the DPM meets U.S. and European standards with both 60 and 50 Hz power output and support for both 208V and 480V configurations, ensuring it fits seamlessly into existing infrastructure. And because it comes in a standard ISO container, it can be shipped, dropped in, and powered up without the need for custom construction or long integration windows.

More Than Power, Supporting Infrastructure at Scale

We know power isn't just about lights and comms anymore. Today's missions demand energy systems that can support a range of modern needs, that's why DPM was built to scale and adapt.

With optional solar and battery configurations, when multiple DPMs are networked together, they can rebuild a functioning microgrid in the aftermath of a disaster or support the forward staging of resources in areas where permanent infrastructure is delayed or unavailable.

Think of it as power that moves with the mission.

Operational Payoff: Efficiency, Continuity, and Control

When we talk about resilience, we mean systems that reduce exposure, limit downtime, and get the job done with fewer headaches. The DPM hits that mark.

Because it's pre-integrated and pre-tested, setup is fast and reliable. It ships configured and calibrated, requiring no additional engineering work. Its small footprint, quiet operation, and rugged design make it easier to transport and secure in the field. And perhaps most importantly, it operates autonomously, no monitoring required.

The result? More uptime. Less logistical burden. And a whole lot of operational confidence.

Why It Matters Now

Energy resiliency isn't a "nice to have" for federal agencies, it's an urgent requirement. As extreme weather, cyber threats, and global instability continue to put pressure on traditional infrastructure, the ability to generate and manage your own power can mean the difference between mission success and failure.

At SGT, we're in the business of making sure government missions don't stop because of infrastructure gaps. And we're proud to stand beside our partners with solutions like DPM that are built for the mission, not adapted to it. We've seen firsthand how this system can change the game in the field, and we're committed to continuing that innovation wherever our customers need it most.

If you're looking to modernize your energy posture or simply want to understand how deployable power can support your mission goals, we're here to help.

Michael House, Vice President of Product Development

Michael House is the Vice President of Product Development of Siemens Government Technologies (SGT), Inc., the separate but affiliated U.S. government arm of Siemens, where he's responsible for guiding technology development to meet stringent government requirements and protocols, helping customers succeed in their missions of national consequence.

With over 30 years of experience in technical, program, and business development, House is a veteran government contract leader. His experiences span energy resiliency and efficiency projects to delivering space qualified hardware. Early in his career, he led the commercialization of next-generation gas and steam turbine control systems at General Electric and was a lead engineer at the Knolls Atomic Power Laboratory.

House holds a Master of Business Administration from Rensselaer Polytechnic Institute, and master's and bachelor's degrees in engineering mechanics and engineering science, respectively, from Pennsylvania State University. He also holds seven patents.

You can find more information at siemensgovt.com, or contact me directly at michael.house@siemensgovt.com.

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Advancing Government: Engineering Energy Resilience at the Speed of Relevance

A flexible, modular power solution where and when it's needed most.

Purpose-Built for Mission-Readiness

Solving the Field Power Problem

Built for Federal Needs from Day One

More Than Power, Supporting Infrastructure at Scale

Operational Payoff: Efficiency, Continuity, and Control

Why It Matters Now

Michael House, Vice President of Product Development

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