LFP Battery Cell Series

K²280 LFP Cell

Innovative LFP battery cell technology provides reliable discharge power and capacity across an extensive range of storage and grid support implementation.

K²280 LFP Cell

Developed by KORE Power for medium to long duration storage applications and high-demand transit & freight EV power, the K²280 LFP battery cell offers top tier energy density in a durable prismatic form factor. The LFP cell chemistry lends itself to storage projects seeking standard and long-duration storage, as well as high-demand EV power for transit and freight vehicle where minimal space usage isn't required.

280 Ah

Cell Capacity

896 W

Discharge Power

2.5-3.65 V

Voltage Range

167 Wh/kg

Energy Density

Energy Storage Applications

With its 280 Ah capacity and resilient prismatic form factor, the K2280 LFP battery cell lends itself to projects with protracted duration requirements and fewer size constraints. The K2280-powered P2 LFP storage rack system is a prime option for integrators and enterprises considering medium- or long-duration storage systems with a 750 kWh capacity and 2-4 hour discharge duration per rack.

Explore the P2 750 storage rack system capabilities here or start a conversation with KORE Power today.

Charging Station Storage

LFP-based energy storage systems provide a number of options for new charging stations and existing fossil fuel stations adding EV charging as a new revue stream. Energy storage allows charging stations to offset operational costs by adopting arbitrage strategies and superior discharge power of LFP storage system creates new opportunities for e-freight and transit charging.

Considering integrating energy storage into your charging station strategy? Contact the KORE Power E-Mobility team and explore the advantages of storage today.

DC Block Solutions

Engineered specifically for the K2280 LFP cell and designed to meet the needs of virtually any energy storage project, the 750 LFP KORE Block pairs industry-leading safety & capability with an adaptable modular structure. Deployable with up to 14 individual blocks per string, the 750 LFP KORE Block platform offers nearly limitless deployment configurations, from microgrid power to grid-scale utility applications.

Discover more about the 750 LFP KORE Block platform here or connect with a KORE Power team member to explore capabilities and deployment configurations.

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How does the LFP chemistry benefit the K2280 battery cell's performance?

Lithium Iron Phosphate (LFP) battery cells tend to enjoy a long cycle life and more robust durability and stability than other cell chemistries, making them ideal for fixed energy storage assets. LFP cell durability and thermal stability also make them a viable option for e-freight or e-transit EV applications, where battery pack size is a less restrictive requirement.

What are the advantages of LFP cell chemistry?

The minimal size and weight of a pouch cell lends itself to applications that require maximum space and/or weight efficiency like EV battery packs, energy storage systems that require a small physical footprint, or mobile energy storage systems.

What applications are best suited for the K2280 battery cell?

LFP battery cells like the K2280 are ideal for energy storage applications including utility-scale DC Block storage, EV charging station support, and renewable power generation.

What are the dimensions and weight of the K2280 LFP battery cell?

The K155 cell is 7” wide x 3” deep x 8” tall (175mm x 72mm x 207mm) and weighs 11.8 lbs (5.35kg)