DC Block Energy Storage

1340 NMC KORE Block

High energy density NMC DC Block storage expanding from 1.34 MWh to 5.3MWh in a single string to support deployments from microgrids to utility scale.
High Capacity + Space Efficiency
Delivering a 288 kWh/m^2 energy footprint, KORE Power's 1340 NMC KORE Block finds the intersection of high capacity energy storage solutions and minimal occupied space, ideal for projects ranging from urban utility transmission assets to autonomous islanded energy networks.
Discharge Power
1.34 MW per Block
Discharge Duration
1-4 Hours
Blocks Per String
Up to 4
Energy per String*
1.34 MWh - 5.3 MWh
Energy Footprint
288 kWh/m2
Tech Specs
Able to Provide Solutions from 0.25C to 1C
K¹55 NMC Cell
KORE Power Mark 1 Module
Module
KORE Power Mark 1 Rack
Rack
Energy
205 Wh
6.51 kWh
110.7 kWh
Capacity
55 Ah
110 Ah
110 Ah
Nominal Voltage
3.73 V
59.6 V
1014 V
Voltage Range
2.8 - 4.35 V
44.9 - 69.5 V
763 - 1181 V
Dimensions
313 x 11.6 x 102 mm
445 x 577 x 115 mm
520 x 655 x 2260 mm
Weight
0.8 kg
41 kg
900 kg

Energy and Capacity are representative values at .3C – Capacity differs with varying C rates.

Cell
Rack
K¹55 NMC Cell
KORE Power's flagship NMC battery cell, the K155 cell delivers 214 Wh/kg in an adaptable 0.8kg pouch cell for optimal space utilization and a wide range of applications.
Capacity
55 Ah
Energy
205 Wh
Energy Density
255 Wh/kg
Voltage
3.73 V
P1 NMC Storage Rack
Developed by KORE Power for applications ranging from renewables integration to grid-scale transmission support, the P1 storage rack system is engineered to utilize the K155 battery cell, ensuring maximum compatibility and ease of use.
Capacity
335 kWh
Voltage Range
1054 - 1452 Vdc
Cooling
Air
Battery Management
KORE Power BMS
Trusted By
Nomad Power Logo
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Who manufactures the cells and storage racks in the 1340 NMC KORE Block system?

Battery cells and storage systems utilized in the 1340 NMC KORE Block system are engineered and manufactured by KORE Power. Our vertically-integrated manufacturing structure provides complete control of the entire project, from cell manufacturing to system assembly, installation, and asset management.

Why does the 1340 KORE Block System use NMC battery cells?

NMC cell technology offers top tier energy density, making the K155 cell and P1 storage rack system ideal for deployments in small areas like urban power stations or university campuses.

Is the 1340 NMC KORE Block only useful for small-scale or minimal footprint projects?

NMC storage technology is ideal for minimal occupied space, but the 1340 NMC KORE Block system is useful for a large number of applications ranging from small microgrid deployments all the way up to grid-scale storage for utility providers and municipalities.

Will my project qualify for investment tax credits (ITC) and domestic content kickers in the US?

Yes, the Inflation Reduction Act modified the ITC and, importantly, expanded eligibility of the ITC to energy storage technology. The value of the ITC is 30% of the energy storage property’s cost if certain labor rules are met.

Additionally, there is a bonus ITC amount of 10% if certain domestic content rules are met. KORE is committed to supporting the domestic battery supply chain, and it is our intention to meet or exceed domestic content thresholds. Domestic content analyses are fact-specific and must be done at the project level. Contact us to explore tax credit specifics and how they could impact your project.

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