10–80% in under 8 minutes.
Charging redefined.
2,500+ fast‑charge cycles.
Proven durability at 6C.
304 Wh/kg at the pack level.
More range. Less weight.
304 Wh/kg at the cell.
Density that drives performance.
Fast. Durable. Energy‑dense.
Redefining what a battery can be.
Three platforms. One engineering discipline. Every promise documented.
Sovereign Energy Infrastructure.
Engineered. Validated. Manufactured in the USA.
NAED | Nexus Core™ | Manufacturing High-Efficiency Battery, Solar Cell, and Semiconductor Solutions
NAED | Nexus Core™ is an integrated energy and manufacturing platform for high-efficiency batteries, solar cell, semiconductors, and defense-grade tech, enabling scalable global energy infrastructure.
High‑Density Energy Systems for Every Application
Our Nexus Core™ energy storage technology is engineered for performance at every scale. From high‑efficiency cells to fully integrated modules, packs, and container systems, we create solutions that power homes, businesses, fleets, and grid‑level infrastructure.
Advancing Transport in Every Domain
We are accelerating electric transport with faster charging, higher energy density, and lighter systems built for every domain.
QYRION™
Setting Energy Standards
AETHERION™
Powering Missions Beyond Limits
CORION™
Power at Every Level
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TORION™
Power for the Moving Economy
AQUION™
Marine Power that Navigates Extremes
VELOCION™
Power Without Compromise
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LUMEON™
Power Born from the Sun
CRYSTION™
Catalyst for Semiconductor Excellence
CZARION™
Engineered Purity at Scale
NAED
Engineering Expertise
Expertise Refined to Exactly What You Need
Whether it's a quick process review or deep technical due diligence, every engagement comes with a defined deliverable and a timeline you can count on.
Defense EVs
High‑Output Energy Systems for Tactical Platforms
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A defense‑grade electric power system engineered for tactical ground vehicles, unmanned systems, and multi‑domain operations.
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Provides <8‑minute rapid charging, high‑discharge output, and long‑cycle durability for mission‑critical deployments.
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With 304 Wh/kg energy density, reduced thermal signature, and stable performance in extreme temperatures, the system enhances stealth, range, and operational readiness.
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Available in multiple cell formats for integration into armored EVs, hybridized platforms, silent‑watch modules, and next‑generation defense architectures.
ESS Innovations
Defense ESS
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Hardened ESS for Mission‑Critical Power
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A ruggedized containerized ESS engineered to deliver reliable power for bases, command posts, radar systems, and mission‑critical field operations.
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Provides high‑power discharge and rapid recharge capability to support directed‑energy systems, communications infrastructure, and mobile tactical platforms.
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Built on high‑density 304 Wh/kg cell architectures with low thermal signature, enabling quieter operation, reduced fuel logistics, and enhanced survivability in contested environments.
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Designed for modular deployment and hardened performance with integrated thermal management, advanced BMS control, and protective enclosures for extreme climates and battlefield conditions.
Next-Generation Energy
Engineering the Foundation of Next‑Generation Energy
We advance the materials and systems that power the global shift to clean energy. Our solar, wafer, furnace, and manufacturing platforms enable the clean‑energy ecosystem to scale worldwide.
Manufacturing Systems
Advanced Manufacturing Systems for Scalable Energy Production
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High‑throughput production platforms engineered to increase output and reduce cycle times across solar and energy‑storage manufacturing lines.
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Precision automation technology designed for consistent process control, reduced variability, and higher yield in cell, wafer, and module fabrication.
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Integrated manufacturing solutions built to connect upstream and downstream processes with synchronized material handling and intelligent system coordination.
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Scalable factory architectures adaptable to new product formats, evolving technologies, and multi‑line expansion for long‑term production growth.
Glass
Precision‑Crafted Glass for High‑Performance Energy and Industrial Systems
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Solar‑grade glass solutions including low‑iron, AR‑coated, bifacial back glass, and tempered module glass for maximum transmission and durability.
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Specialty coated substrates such as FTO conductive glass, thin‑film substrates, and anti‑PID or hydrophobic coatings for advanced energy applications.
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High‑performance architectural and safety glass including laminated, fire‑rated, acoustic, and UV‑blocking glass for demanding environments.
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Optical and functional glass technologies such as electrochromic, heat‑mirror, and concentrator mirror‑back glass for next‑generation systems.