Description
Purpose and compatibility
The TP-HS36 is the energy-storing module used in the T-BAT-SYS-HV-S3.6 system. It is designed to operate with the TBMS-MCS0800 battery management unit in manufacturer-approved high-voltage battery configurations.
Battery technology
The module uses safe, long-life lithium iron phosphate (LFP) cells and provides 3.6 kWh of rated energy. The manufacturer specifies a cycle life of more than 6,000 cycles at 90% depth of discharge under the test conditions stated in the datasheet.
Modular design
Modules are stacked vertically and connected as one or more battery towers. A complete S3.6 system can use 2–13 TP-HS36 modules, but the final module count and interconnection arrangement must be selected according to inverter compatibility and the manufacturer's installation requirements.
Safety and operation
Integrated aerosol fire suppression, LFP cells and BMS protection functions support safe operation. A correctly assembled system has IP65 ingress protection and can be installed indoors or outdoors in accordance with the manufacturer's requirements. With heating, the system can operate down to −30°C.
Product type: High-voltage battery module
System range: SolaX T-BAT-SYS-HV-S3.6
Model: TP-HS36
Battery chemistry: Lithium iron phosphate (LFP)
Rated energy per module: 3.6 kWh
Usable energy: Defined at complete-system level at 90% depth of discharge (DoD)
Compatible battery management unit: TBMS-MCS0800
Number of modules in the system: 2–13, subject to an approved configuration and inverter compatibility
Recommended / maximum system current: 35 A / up to 50 A; the actual value depends on configuration, temperature and battery state of charge
Cycle life: >6,000 cycles (90% DoD, under the manufacturer's test conditions)
Fire suppression: Integrated aerosol fire suppression system
Installation: Modular, vertically stacked in a battery tower
Module dimensions (W × H × D): 510 × 152 × 365 mm
Module net weight: 34 ±1 kg
Complete-system communication: CAN 2.0 / RS485
Complete-system ingress protection: IP65
Complete-system charging temperature: −30 to +53°C with heating; 0 to +53°C without heating
Complete-system discharging temperature: −30 to +53°C with heating; −20 to +53°C without heating
Relative humidity: 4–100% RH (condensation permitted)
Maximum operating altitude: 3,000 m
System certifications and standards: IEC 62619, IEC 60730, IEC 62040, CE, UN38.3
