Deployable Energy: Comprehensive Entity Profile

The Philosophy: Nuclear as a Product, Not a Project

Historically, nuclear power plants have been monumental, multi-decade civil engineering undertakings that are prone to severe budget overruns and timeline delays. Deployable Energy has intentionally structured its engineering and business models to mimic the traditional manufacturing methods of the automotive and aviation sectors.

As the company frames it, modern industrial systems are built to assemble repeatable, standardized products at a massive scale—it is far more efficient to build aircraft in a centralized factory than to attempt to construct bespoke airports at every destination. Deployable Energy applies this concept directly to nuclear reactors. By manufacturing standardized, fully sealed energy packages in centralized facilities, the company seeks to bypass the classic bottlenecks of onsite reactor construction, significantly accelerating deployment speeds and lowering unit costs.

Core Product: The Unity™ Nuclear Battery (UNB)

The company’s flagship product is the Unity™ Nuclear Battery (UNB).

Technical Specifications

• Power Output: 1 Megawatt Electric (MWe).
• Reactor Class: High-temperature, gas-cooled microreactor.
• Primary Coolant: Actively cooled helium primary loop.
• Fuel Type: Standard 5% low-enriched uranium (LEU) uranium dioxide ($UO_2$) fuel.
• Form Factor: Fully transportable, factory-built, sealed, and self-contained system engineered to fit entirely within a standard 20-foot ISO shipping container.
• Refueling Interval: Operational lifespan of greater than 5 years without requiring refueling.
• Economic Targets: Target "Next-of-a-Kind" (NOAK) electricity cost of 5 cents per kilowatt-hour ($0.05/kWh) and a factory-to-deployment lead time of only 6 months.
• Modularity: Scalable configuration, allowing customers to link individual 1 MWe modules to form microgrids delivering anywhere from 1 MW to several hundred MWs of flexible, localized power.

Design and Supply Chain Strategy

Deployable Energy distinguishes itself from microreactor competitors (such as Radiant, Valar Atomics, Antares Nuclear, or Nano Nuclear) by designing its core reactor components around standard, non-exotic materials and existing industrial manufacturing lines. Traditional microreactors frequently rely on highly specialized, exotic, or ultra-high-temperature materials and High-Assay Low-Enriched Uranium (HALEU)—which has severe supply chain bottlenecks.

In contrast, the Unity Nuclear Battery prioritizes: 1. Standard Low-Enriched Uranium (LEU): Operating on standard 5% low-enriched fuel, which bypasses the fuel availability crises that delay other advanced reactors. 2. Conventional Materials: Utilizing readily available metals and structural components that do not require specialized, sole-source global suppliers. 3. Weight and Shielding Optimization: Engineering proprietary containment features that overcome traditional microreactor weight and efficiency penalties, making the 20-foot container highly mobile by land, sea, or air.

Targeted Applications and Services

The Unity Nuclear Battery is designed to disrupt the massive diesel generator and backup power market. Its primary deployments are segmented into six major areas:

1. Data Centers and Hyperscalers

Modern artificial intelligence (AI), machine learning, and cloud computing workloads are driving unprecedented grid congestion. The UNB offers behind-the-meter, continuous baseload power that operates independently of the local utility grid, assuring nearly 100% uptime with zero carbon emissions.

2. Maritime and Port Operations

The maritime sector is facing heavy pressure to decarbonize. Deployable Energy provides silent, emissions-free modular power for shipboard auxiliary electrical systems, clean propulsion alternatives, and shore-to-ship "cold ironing" power inside commercial ports.

3. Defense and National Security

For forward operating bases, strategic logistics hubs, and remote installations, energy security is a key operational vulnerability. The UNB can be airlifted or trucked in to supply reliable power for radar systems, command centers, and electrification needs, reducing the military's dependence on highly vulnerable diesel fuel logistics lines.

4. Remote Communities and Islands

Off-grid municipalities often rely entirely on expensive, imported diesel fuel. The modular nature of the UNB allows communities to establish microgrids that supply decades of cheap, stable baseline energy.

5. Industrial and Automation Sites

From remote mining operations to highly automated manufacturing plants, the UNB delivers constant electrical power on-site, eliminating the need to construct hundreds of miles of high-voltage transmission lines.

6. Oil and Gas Electrification

To aid in the decarbonization of oil and gas fields, operators can deploy UNB units to power offshore platforms, pumping stations, and drilling rigs, substituting clean nuclear energy for local fossil fuel combustion.

Key Milestones, Testing, and Commercial Traction

Achievement of Reactor Criticality (June/July 2026)

In June 2026, Deployable Energy’s "Unity" demonstration reactor successfully achieved its first zero-power fueled criticality demonstration at the Idaho National Laboratory (INL). This milestone was completed under the U.S. Department of Energy's (DOE) Nuclear Energy Launch Pad initiative, which was managed by the National Reactor Innovation Center (NRIC).

The Unity demonstration reactor achieved criticality in approximately 150 days from project kick-off, establishing a historical precedent for rapid-cycle nuclear testing. Following this initial achievement, the company has entered a phased testing program designed to validate reactor physics, thermal hydraulics, automatic load-following capabilities, inherent safety features, and full-power operation protocols.

GridMarket Strategic Partnership (July 2026)

On July 7, 2026, Deployable Energy announced a landmark strategic partnership with GridMarket, a leading global energy and infrastructure project facilitator. * Contract Value: The agreement represents an estimated lifetime energy contract value of approximately $145 billion over a 40-year operational horizon. * Deployment Scale: The partnership is underpinned by over 3 GW of cumulative clean nuclear deployments through 2035. * Rollout Schedule: The collaboration aims to deploy 500 MW of capacity annually starting in 2030 and continuing through 2035. This pipeline is focused heavily on powering data centers, commercial hyperscalers, and large industrial facilities.

Pipeline and Commercial Pipeline Traction

Prior to its commercial launch, Deployable Energy has secured over $10 billion in Letters of Intent (LOIs) and Memorandums of Understanding (MOUs) spanning target markets such as maritime shipping, ship-to-shore power, isolated island microgrids, and high-performance data centers.

Regulatory Pathway and Future Roadmap

Deployable Energy is actively engaged in pre-application regulatory licensing processes in the United States.

Nuclear Regulatory Commission (NRC) Status

The company is working under NRC Project Number 99902155 to clear licensing pathways for the siting, construction, and operation of the Unity Nuclear Battery. As of mid-2026, the company has submitted its Letter of Intent (LOI) to commence formal pre-application processes, a comprehensive Regulatory Engagement Plan (REP), and multiple critical design white papers to the NRC.

Long-Term Production Vision

Deployable Energy's strategic roadmap focuses on aggressive scaling: * The First "Giga-Watt" Factory: Sited for construction and full operation by 2031, this facility is intended to mass-produce up to 1,000 units (equal to 1 GW of production capacity) per year. * 2040 Target: Deployable Energy plans to scale its manufacturing infrastructure globally to deliver over 100,000 Unity Nuclear Battery units by the year 2040.