Unprecedented Power for Critical Infrastructure

A fundamentally new approach to energy storage—safe, robust and efficient by design.

Safe

Oxygen-free, argon-sealed architectures eliminates the risk of fires and prevents failure from propogating - UN 38.3 Certified

Robust

Hermetically sealed and water-resistant, designed to operate in high heat, dust, floods, and extreme climates.

Efficient

Installed underground, passive geothermal cooling removes the need for energy intensive active cooling systems.

Our Differentiated Energy Systems

HVDC Data Center Power Stack

Delivering stable, facility wide power for AI data centers through HVDC-native energy storage and supercapacitors.

Designed for 800V architectures, our system combines 4MWh energy storage with a 50MW supercapacitor architecture to stabilize high-density, dynamic GPU workloads—where uptime and power quality are critical.

Deployed under the rack, within the facility, or externally, the system delivers power within inches of the load without consuming valuable white or gray space.

What DQE Enables

Stabilized AI Power Demand
Absorb and smooth extreme, sub-second GPU power spikes—preventing voltage sag, instability, and performance degradation.

Unlock Higher Power Density
Deliver energy within inches of the rack, enabling denser compute without expanding power infrastructure or sacrificing white space.

Reduce Grid Stress & Penalties
Mitigate peak demand, harmonics, and volatility—reducing curtailment risk, inefficiencies, and potential power-quality fines.

Enable 800VDC Data Center Architecture
Support the transition to 800V HVDC systems with distributed, rack-adjacent energy and transient support.

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Data Center Product Sheet

PowerPole

7.5 kWh 48VDC Battery Pack

Dragon Q Energy's Foundational Technology

Our subterranean, hermetically sealed battery pack delivers dependable energy where conventional systems fail.

Safe, robust and efficient, it provides long-life power for mission-critical applications even in the most extreme environments.

Key Advantages

Safety by Design
Pressurized argon architecture isolates the battery environment and mitigates fire and thermal propagation risks.

Resilient in Any Environment
Hermetically sealed, water-resistant construction withstands dust, debris, humidity, and standing water.

Low-Maintenance Operation

Passive geothermal cooling eliminates the need for active HVAC—reducing complexity and operating costs.

Flexible, Scalable Capacity

Configurable from 2 to 7.5 kWh to support a wide range of deployments.

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7.5 kWh Battery Pack Spec Sheet

The PowerPole integrates Dragon Q Energy’s core battery system with solar generation and connectivity to create a fully self-sufficient energy hub.

Designed for rapid deployment and minimal footprint, it delivers continuous power and communications in locations where traditional infrastructure cannot reach.

The PowerPole

Self-Sufficient Power, Anywhere

All-in-One Energy Platform
Combines solar generation, energy storage, and connectivity in a single, rugged system.

Rapid and Simple Deployment
Crate-deployable (up to 32 units per high-cube container) with streamlined installation—field-ready in hours.

Built for Harsh Environments
Engineered to operate reliably in remote, austere, and disaster-affected conditions.

Integrated Connectivity
Supports satellite and telecom integration to keep critical systems online.

Key Advantages

Uses

Disaster Relief & Emergency Response
Remote Healthcare & Clinics
Field Communications

Defense
Critical Infrastructure
Community Resilience Hubs

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PowerPole Spec Sheets

The BEACON

Battery Enabled Autonomous Off-Grid Node

The BEACON delivers carrier-grade wireless connectivity powered entirely by Dragon Q Energy’s underground battery platform

Designed for rapid, flexible deployment, it enables telecom networks to operate independently of traditional grid infrastructure—bringing reliable connectivity to remote, dynamic, and disrupted environments.

Key Advantages

Rapid Network Deployment
Establish communication networks in remote, rural, conflicted or disaster-affected areas in hours.

Lower Cost, Faster Buildout
Modular architecture reduces infrastructure complexity, cutting deployment time and cost.

Reliable Connectivity
Delivers carrier-grade performance and maintains service when conventional networks fail.

Scalable & Renewable by Design
Modular, renewable-powered system supports expansion and long-term, sustainable operation.

Uses