SolaX Slave Pack T58 T-BAT-H5.8 HV11550 battery

SolaX Slave Pack T58 – 5.8 kWh high-voltage expansion battery

The SolaX Slave Pack T58 isa 5.8 kWh high voltage (HV) LiFePO₄ battery that can be used as an expansion unit for the SolaX T-BAT H5.8 system. The Slave module only works in conjunction with the Master Pack T58 control module, increasing its capacity.

The Slave Pack can be wall-mounted or floor-mounted, is modular in design, and allows up to 4 batteries to be connected as part of the Triple Power battery system , increasing the total capacity to 23 kWh.

LiFePO₄ technology, IP55 protection, and a service lifeof over 6,000 cycles ensure a safe and reliable power supply in the long term.

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The T58 Slave Pack is the ideal choice if you want to expand your existing SolaX high-voltage battery system.

The module can be easily integrated alongside the already installed Master Pack, and the installation does not require separate control electronics.

Advantages of the Slave Pack:

• stable, low self-consumption operation
  
  
• long cycle life (6000+)
  
  
• safe LiFePO₄ chemistry
  
  
• IP55 protection for indoor installation
  
  
• technically fully compatible with the T-BAT H5.8 series
  

The module is an excellent solution if the energy needs of your household or business have increased, or if you want to serve future consumption with greater storage capacity.

Can it be used in off-grid systems?

Yes, but only in conjunction withthe Master Pack T58 + and a suitable SolaX hybrid inverter.

Which inverters is it compatible with?

The Slave Pack can only be used with the following SolaX HV hybrid inverters via the Master Pack:

• SolaX X1-Hybrid
  
  
• SolaX X3-Hybrid
• Solax X3-Ultra
  

It is not compatible with inverters from other manufacturers, as communication is based on CAN2.0/RS485 and is SolaX-specific.

Protection functions

The Slave Pack uses the same protection technologies as the Master Pack (under the control of the Master BMS):

• overload protection
  
  
• short circuit protection
  
  
• overvoltage and undervoltage protection
  
  
• temperature protection
  
  
• cell-level monitoring (via Master)
  
  
• LiFePO₄ safe chemistry
  
  
• Does not contain toxic heavy metals or corrosive substances