A Density X Series battery is part of a new generation of lithium-based energy systems built on a matrix architecture - an advanced approach within the broader XSSB solid-state battery family. Traditional lithium-ion batteries rely on free-flowing liquid electrolytes, while solid-state technologies aim to replace or constrain this liquid as a gel to improve safety and performance.

Within this evolving category, solutions range from fully solid ceramic systems to polymer, oxide, sulphide, and hybrid designs. While fully solid ceramic batteries offer strong benefits, they can be brittle and difficult to scale. As a result, the most practical and commercially advanced solutions today use immobilised electrolyte structures.

Density’s X Series is built on this principle. Using a matrix architecture, the electrolyte is immobilised within a structured medium, removing liquid-like behaviour while maintaining efficient ion transport. This creates a stable, durable, and high-performance energy platform.

Each X Series tier combines advanced anode materials, tailored solid electrolyte matricies, and optimised cathode chemistries to balance energy density, power, and lifespan. Developed in partnership with leading global cell manufacturers, X Series batteries integrate advanced materials with Australian engineered secure hardware and software systems.

X2 — Balanced Performance (Long Life / Lower Cost)

• ~2× LFP energy density (for similar size/weight)
  
• Chemistry: moderate silicon anode, nickel cathode blends
  
• Cycle life: highest in the range, optimised for long-term use
  
• Cost: most cost-effective per cycle
  
• Positioning: designed for applications where longevity and value are the priority
  

X3 — High Performance (Balanced Density + Power)

• ~3× energy density
  
• Chemistry: higher silicon-content anodes, higher nickel cathodes
  
• Cycle life: balanced between performance and lifespan
  
• Cost: mid-tier
  
• Positioning: the optimal balance of weight, runtime, and durability
  

X4 — Maximum Density (Peak Performance / Lightweight)

• Up to ~4× energy density
  
• Chemistry: high silicon or advanced anode systems, high-energy nickel-rich cathodes
  
• Cycle life: lower than X2 and X3, prioritising performance and weight reduction
  
• Cost: premium tier
  
• Positioning: engineered for maximum energy in the smallest and lightest form factor

The result is a scalable, high-density battery system designed for real-world performance across mobility, energy storage, and high-demand applications.

A solid-state battery is part of a broader family of lithium-based energy technologies that replace, reduce, or structurally constrain the traditional liquid electrolyte used in conventional lithium-ion batteries.

Within this “XSSB solid-state family,” there are multiple approaches to electrolyte design. These include fully solid ceramic electrolytes, oxide-based systems, sulphide-based systems, polymer-based systems, and hybrid or gel-like structures. New variations continue to emerge as research and manufacturing capabilities evolve.

Fully solid ceramic batteries (often referred to as true ASSB systems) offer strong theoretical safety and stability advantages. However, in practice, they can be brittle, sensitive to mechanical stress, and difficult to manufacture consistently at scale. These limitations have slowed their widespread commercial adoption.

As a result, the most advanced and commercially viable solutions today sit within a hybrid category — where the electrolyte is not free-flowing, but instead immobilised within a structured matrix.

At Density, we refer to this as a Matrix architecture.

This approach uses an immobilised electrolyte held within a solid framework (which may incorporate polymer, oxide, or sulphide materials), allowing efficient ion transport while removing the behaviour of a liquid system. The result is a stable, durable, and scalable battery design.

Density works with leading global advanced cell manufacturers to access and integrate these technologies, with exposure to over 100 different chemistry and architecture variations. This allows us to deliver both tailored project solutions and our own branded battery systems.

In practical terms, Matrix-based or other condensed batteries represent the current best balance between safety, performance, manufacturability, and real-world deployment.

Density partners with leading global cell manufacturers to source advanced battery cells, including next-generation solid-state family technologies. These partners operate large-scale, highly automated facilities across established battery manufacturing regions, ensuring consistent quality, access to the latest chemistry developments, and scalable production - as well as intellectual property protection.

By working across multiple suppliers and technology platforms, Density can access a broad range of cell formats, chemistries, and architectures. This provides exposure to over 100 different battery configurations, allowing each system to be tailored to specific performance requirements such as energy density, power output, cycle life, and cost.

Density’s role is focused on system-level engineering - integrating these cells into complete battery solutions. This includes pack design, thermal and electrical architecture, Battery Management Systems (BMS), and validation across safety and performance standards.

This approach enables Density to build one of the most complete and flexible offerings in advanced battery technology, delivering application-specific solutions rather than a one-size-fits-all product. By combining world-class manufacturing with in-house engineering, Density delivers safe, high-performance, and scalable energy systems for a wide range of uses.

Density Batteries are designed to support a wide range of applications where safety, performance, and weight are critical. Their Matrix architecture enables strong performance across both mobile and stationary energy systems.

In mobility applications, Density Batteries are well suited to electric vehicles, marine propulsion, powersports, and light transport platforms. Their high energy density supports extended range, while their strong power capability enables responsive performance. The stable internal structure also improves durability in environments subject to vibration and mechanical stress.

For off-grid and portable energy, Density Batteries provide compact and reliable power solutions for camping, caravans, and remote operations. Their ability to operate across a wide temperature range makes them suitable for demanding outdoor conditions.

In energy storage, they can be used in residential and commercial systems for solar integration, backup power, and load management. Their stability and long service life support consistent performance over time.

They are also ideal for specialised applications such as UAVs, robotics, and high-performance equipment, where weight reduction and power delivery are critical design factors.

Because Density works across a broad range of chemistries and configurations, each battery system can be tailored to its intended use. This ensures the right balance of energy density, lifespan, power output, and cost for each application.

Installation requirements depend on the type of Density Battery and its intended application.

Portable and low-voltage systems, such as power stations or modular battery units, are typically designed for user-friendly setup and can be installed by the end user. These products include integrated safety features and simplified connection systems, but users should always follow the provided instructions carefully.

For larger systems - particularly those used in residential energy storage, commercial installations, or grid-connected applications - installation must be carried out by a qualified and licensed professional. These systems involve higher voltages and integration with electrical infrastructure such as inverters and switchboards, and must comply with local regulations and standards.

Improper installation can result in reduced performance, equipment damage, or safety risks, and may void warranties or insurance coverage. For this reason, professional installation is strongly recommended for any fixed or high-capacity system.

Density can provide guidance on installation requirements and assist in connecting customers with qualified installers. This ensures that each system is installed safely and performs as intended.

Density Batteries are engineered across three performance platforms: X2, X3, and X4 - each offering a different balance of cycle life, energy density, and power.

X2 is optimised for the longest lifespan, while still delivering around twice the energy density of conventional LFP. It is ideal for applications where durability, safety, and long-term reliability matter most.

X3 provides a balanced profile, combining higher energy density with strong cycle life for customers who want both performance and longevity.

X4 is designed for maximum performance, offering the highest energy density in the range—up to four times conventional battery technologies notionally depending on the comparison—along with the highest power potential. As with any high-performance chemistry, this comes with a shorter overall cycle life.

Across all platforms, Density Batteries outperform traditional chemistries such as lead-acid, NiMH, sodium-ion, and LiPo in energy density, performance, and flexibility.

Our consumer products focus on X2 and X3 for the optimal balance of performance and lifespan, while our Business Solutions division unlocks the full portfolio—including over 100 configurations tailored to specific applications.

Yes, we ship worldwide using express airfreight providers.

All batteries, regardless of chemistry, are classified as Dangerous Goods and must comply with UN38.3 transport certification, along with country-specific regulations and approvals. Requirements can vary depending on the destination and application.

With hundreds of products in our range, we aim to make our consumer products available in as many markets as possible, subject to local compliance. For Business Solutions, minimum order quantities apply and include provisions to obtain the necessary certifications for the target market.