1 MWh 500 kW Containerized High-Voltage Energy Storage System Kon-TEC KT-LFPHVK5001000

Containerized High-Voltage Energy Storage System 500kW 1MWh KT-LFPHVK5001000

KEY FEATURES

• Advanced Battery Management System (BMS): 
  The BMS ensures optimal performance, monitors the condition of individual cells, and protects against overcharging, deep discharging, or overheating.
• High energy density: 
  The system is designed to store large amounts of energy in a relatively compact space.
• Scalability: 
  The ability to easily scale up or down provides flexibility.
• Fast charging and discharging rate: 
  A key feature for addressing dynamic energy needs in industrial processes.
• Lifespan: 
  Cells that can withstand frequent charge and discharge cycles over a long operational life.
• High output voltage: 
  High-voltage systems enable efficient transmission and distribution of energy.

LiFePO₄ ENERGY STORAGE PARAMETERS, 500kW 1MWh

• Number of modules per pack: 18
• Number of packs per container: 5
• Capacity: 967.68 kWh
• Nominal pack voltage: 691V
• Maximum charging voltage: 767V
• Minimum pack voltage: 648V
• Maximum continuous charging current: 5×140A
• Maximum continuous discharging current: 5×140A
• Inverter power: 500kW
• Installed cooling power: 15kW
• Container structure: S355 steel
• Corrosion class: C4
• Doors: EI60/120
• Dimensions (W × D × H): 4000×3000×3000 mm

SINGLE MODULE PARAMETERS 38.4V 280Ah  
 

CELL  
Cell type: Lithium Iron Phosphate (LiFePO₄) 
Nominal voltage and capacity of a single cell: 38.4V 280Ah 

MODULE:

• Cell configuration in module: 12S1P
• Nominal voltage: 38.4V
• Nominal capacity: 280Ah
• Nominal energy: 10.752 kWh
• Internal resistance: ≤30mΩ @1kHz AC
• Maximum charging voltage: 43.8V
• Discharge cut-off voltage: 36V
• Maximum load current: 140A @ 25±5°C (without BMS)
• Recommended charging current: ≤140A (0.5C)
• Recommended operating temperature: 5°C - 45°C
• Lifespan: 10,000 cycles (60% DoD)
• Module dimensions: 262×630×230mm
• Weight: 70kg
• Application: Indoor
• Certificates: IEC62619, UN38.3, CE