Fox ESS Titancore 5.015 MWh Battery System
Item Number: C00990
data sheet
Fox ESS Titancore 5.015 MWh Battery System
The Fox ESS Titancore 5.015 MWh Battery System is a high-capacity, containerized battery energy storage system designed for large-scale energy applications. The system has a rated energy storage capacity of 5,015.9 kWh, a rated voltage of 1,331.2 V, and a rated charging and discharging power of 2,500 kW.
Based on a 0.5P charge and discharge rate, the system is designed for energy storage applications lasting approximately two hours. It is capable of delivering a peak charge or discharge power of up to 5,000 kW for short periods of time—up to 60 seconds—under the conditions specified in the power map.
The liquid-cooled and liquid-heated thermal management system helps maintain a consistent temperature in the battery cells. The temperature difference specified in the data sheet is up to 2 °C within a single module and up to 3 °C across the entire container. The IP55 enclosure, the IP67 high-voltage module, and the C4/C5 corrosion protection rating ensure a reliable design for industrial and outdoor applications.
Key features
Basic Information
Model: Fox ESS Titancore 5.015 MWh Battery System
Manufacturer's model number: Y104R04C12
Product Type: Container-Based Battery Energy Storage System
System Configuration: 416S12P
Nominal energy storage capacity: 5,015.9 kWh
Discharge depth: 100% DoD
Standard charge and discharge rate: 0.5P
Communication protocols: CAN, RS485, and TCP/IP
Thermal Management: Liquid Cooling and Heating
Electrical Specifications
Rated voltage: 1331.2 V
Operating voltage range: 1040–1500 V
Rated charging power: 2,500 kW
Rated discharge power: 2,500 kW
Short-term peak charging power: 5,000 kW, for up to 60 seconds
Short-term peak discharge power: 5,000 kW, for up to 60 seconds
Voltage resistance: 4,500 V DC
Leakage current during the withstand voltage test: no more than 5 mA
Short-circuit current for 12 strings: 130.56 kA
Short-circuit current for a single string: 13.6 kA
Number of DC outputs: 1, 2, or 12 (optional)
Auxiliary Power Supply
European version: 400 V AC, 50 Hz, 3L/N/PE
U.S. specification: 480 V AC, 60 Hz, 3L/N/PE
Mechanical and Environmental Data
Dimensions (length × width × height): 6058 × 2438 × 2896 mm
Configuration: 20HQ container
Weight: approximately 44.5 metric tons
Operating ambient temperature: between –30 and +55 °C
Altitude-based power reduction: above 3,000 meters
Enclosure Protection Rating: IP55
Protection rating for high-voltage modules: IP67
Corrosion protection classification: C4/C5
Temperature difference between cells within a module: no more than 2 °C
Temperature difference at the container level: no more than 3 °C
Safety Design
Multi-layered security analysis and protection solutions
Flammable Gas Detection
Pressure-reducing and explosion-proof design
Solutions that comply with the requirements of NFPA 68 and NFPA 69
Built-in Modular Fire Suppression System
Container-Level Fire Protection System
Multi-level DC-side isolation
Insulation strength verified by a 5 kV DC withstand voltage test
During the large-scale fire exposure test, the fire did not spread to the adjacent container
Stable and durable construction
The structural stability of the entire system meets the high-level seismic resistance requirements of IEEE 693
Designed for use in areas with high seismic activity
The support structure was tested at twice the rated lifting capacity
The electrical components passed a durability test conducted at a high temperature of 60 °C
The liquid-cooled piping system was tested using a 1,000-hour high-temperature cycle test
Standards and compliance
At the module level
UL 9540A-2019
UN 38.3
RoHS
GB/T 36276-2023
At the string level
UL 9540A-2019
UL 1973–2022
IEC 62477-1:2012
IEC 62619:2022
IEC 63056:2020
IEC 60730-1:2022
GB/T 36276-2023
At the container level
UL 9540-2023
NFPA 68-2023
NFPA 69-2024
NFPA 855
UN 3536
IEC 62477-1:2012
IEC 62933-5-2:2022
IEC 61000-6-2:2016
IEC 61000-6-4:2018
IEEE 693-2018
ISO 3744:2010
RoHS
REACH
