Lithium-Ion Products

Innovative Solutions for a Sustainable Future

Products

From our breakthrough A-LFP, LFP SiOx, and LNFP battery chemistries to our custom battery solutions, we leverage the latest advancements to deliver products that set new standards in safety, efficiency, and longevity.

280Ah Battery

Introducing our 280Ah Prismatic A-LFP Battery Cell, designed for electricity grid energy storage systems. With A-LFP chemistry, it stores large amounts of energy in a compact space, making it ideal for grid applications. Featuring enhanced safety, extended lifespan, and superior reliability, this high-capacity battery cell is ideal for modern energy infrastructures.

Grid_Storage_Prismatic_Cell_2024-Jun-12_

A-LFP Cell Formats

A-LFP Battery

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A-LFP is a revolutionary advancement in lithium iron phosphate battery chemistry. Designed to deliver superior safety, efficiency, and performance, A-LFP batteries are the perfect choice for a wide range of battery-powered products and applications.

Prismatic

Pouch

Cylindrical

30% greater energy storage capacity provides more power for your devices and applications. This feature is essential for electric vehicles, enhancing their range and performance, and for portable electronics, ensuring longer usage times. With a higher energy density, A-LFP batteries provide longer operational times between charges, enhancing the user experience and increasing the efficiency of the devices they power.

For electric vehicles, this translates to extended driving ranges, reducing the frequency of recharging stops and improving overall convenience for users. In renewable energy systems, high energy density enables more efficient energy storage, allowing for better utilization of captured solar or wind power.

This superior energy storage capacity ensures that A-LFP batteries can meet the demanding needs of modern applications, providing reliable power where and when it is needed most.

A-LFP batteries are renowned for their excellent thermal and chemical stability, significantly reducing the risk of overheating. This makes them ideal for applications where safety is paramount, such as in electric vehicles and portable devices.

The inherent safety of A-LFP chemistry ensures reliable operation even under extreme conditions, providing peace of mind for users. Additionally, the robust safety profile of A-LFP batteries minimizes the need for complex safety management systems, further reducing overall system costs and complexity.

This exceptional safety feature not only protects users and equipment but also contributes to the longevity and reliability of the battery, ensuring consistent performance over its lifespan.

A-LFP batteries are engineered to deliver an extended lifespan, with significantly more charge and discharge cycles compared to traditional lithium-ion batteries. This long cycle life is particularly beneficial for applications that demand durability and reliability, such as renewable energy storage systems and industrial applications.

With A-LFP batteries, you can expect fewer replacements and lower maintenance costs, leading to substantial savings over the life of the system. The extended cycle life also ensures sustained performance, making A-LFP batteries a cost-effective and dependable choice for critical applications where uptime and longevity are essential.

This durability translates to a lower total cost of ownership, making A-LFP batteries a smart investment for businesses and consumers alike.

A-LFP batteries are more cost-effective to produce due to their use of lower-cost, readily available materials. This reduction in manufacturing costs translates directly to savings for our customers. By utilizing A-LFP chemistry, we can offer high-performance batteries at a lower price point.

These cost savings enable the products and applications powered by A-LFP batteries to be more affordable for the end consumer, making advanced energy solutions accessible to a broader market. Whether for electric vehicles, renewable energy storage, or portable devices, choosing A-LFP batteries means benefiting from cutting-edge technology without the high costs.

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Key Benefits (select below)

LFP SiOx Battery

LFP SiOx Battery features a silicon oxide anode blended with graphite and an enhanced electrolyte. This new innovation significantly boosts the overall performance and extends the usage time for the various products and applications it powers.

Sample pouch battery cells will be available to prospective customers for performance testing in Q2, 2024.

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A-LFP Cell Formats

Prismatic

Pouch

Cylindrical

LFP SiOx battery chemistry offers a unique combination of high power capacity and high energy capacity, making it ideal for demanding applications. The higher operating voltage and increased energy density ensure that LNFP batteries can deliver substantial power while also storing more energy, providing longer operational times.

This dual capability is perfect for electric vehicles, grid storage systems, and industrial equipment that require both robust performance and extended usage periods. By leveraging LNFP technology, users can enjoy enhanced efficiency, reliability, and overall cost-effectiveness in their energy storage solutions.

LNFP Battery

LNFP Battery features a higher voltage and significantly increased energy capacity, ensuring your devices will run more efficiently and for extended periods of time.

LNFP is currently under development. Request more information, including development updates and sample battery cell availability by submitting a your information using the link below.

Request Sample Cells

30% greater energy storage capacity provides more power for your devices and applications. This feature is essential for electric vehicles, enhancing their range and performance, and for portable electronics, ensuring longer usage times. With a higher energy density, A-LFP batteries provide longer operational times between charges, enhancing the user experience and increasing the efficiency of the devices they power.

For electric vehicles, this translates to extended driving ranges, reducing the frequency of recharging stops and improving overall convenience for users. In renewable energy systems, high energy density enables more efficient energy storage, allowing for better utilization of captured solar or wind power.

This superior energy storage capacity ensures that A-LFP batteries can meet the demanding needs of modern applications, providing reliable power where and when it is needed most.

LNFP batteries are cost-effective to manufacture due to their use of readily available, lower-cost materials. This affordability makes them an ideal choice for applications such as military and utility vehicles and electricity grid storage.

By reducing the overall cost of energy storage solutions, LNFP batteries make these advanced technologies more accessible and widely implementable. As a result, these industries can benefit from enhanced performance and reliability at a lower cost, enabling broader adoption and greater efficiency in military operations, utility services, and grid management.

Raising the voltage to 4 volts increases the energy capacity of LNFP batteries to levels comparable to nickel and cobalt-based batteries like NMC and NCA, but without the risk of battery fires. This breakthrough in energy capacity far surpasses any LFP battery has ever achieved, making LNFP a superior choice for heavy-duty and demanding applications.

With this enhanced energy capacity, LNFP batteries can now effectively power military and utility vehicles, providing longer operational ranges and improved performance in critical situations. Additionally, they are ideal for electricity grid storage systems, delivering reliable, high-capacity power to ensure stability and efficiency in energy distribution, even under heavy load conditions.

A-LFP Cell Formats

Prismatic

Pouch

Cylindrical

Key Benefits (select below)

Battery Chemistry

Battery-Powered Applications

Our innovative battery solutions can be used in a wide variety of battery-powered applications. Our versatile solutions ensure optimal performance and reliability across diverse industries.

We design our battery technology to meet the unique requirements of each customers and their products.

Military

Enhanced performance and reliability for critical operations in demanding and high-stakes environments.

Grid Storage

Efficient and reliable energy storage solutions for power grids, ensuring stable and continuous power supply.

Electric Vehicles

Increased EV driving range for longer trips and more power for high-performance driving experiences.

Personal Devices

Extended operational time for continuous productivity on a single charge.

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