GoodWe (Battery Combiner Box 720A) – Lynx A Series (LV) ( Busbar)BCB-22-WW-0

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GoodWe (Battery Combiner Box 720A) – Lynx A Series (LV) ( Busbar)BCB-22-WW-0

R3,475.87

The GoodWe Battery Combiner Box 360A BCB-11-WW-0 is a low-voltage battery combiner box designed for the GoodWe Lynx A Series LV battery systems. Engineered for safe and efficient parallel battery connections, the BCB-11-WW-0 simplifies DC power distribution between multiple battery modules and compatible hybrid inverter systems.

10 in stock

Quantity
Brand: Goodwe

Description

GoodWe (Battery Combiner Box 720A) – Lynx A Series (LV) ( Busbar)BCB-22-WW-0

 

The GoodWe Battery Combiner Box 720A BCB-22-WW-0 is a high-current low-voltage battery combiner box designed specifically for the GoodWe Lynx A Series LV battery systems. Engineered for safe and efficient parallel battery integration, the BCB-22-WW-0 enables stable DC power distribution between multiple battery modules and compatible hybrid inverter systems.

Key features include:

  • 720A maximum current capacity
  • Designed for GoodWe Lynx A Series LV battery systems
  • Supports parallel connection of multiple low-voltage battery units
  • Compatible with GoodWe ES-Uniq and ET LV hybrid inverter series
  • Heavy-duty T2 copper busbar construction for efficient current transfer
  • Secure and reliable high-current DC distribution
  • Supports up to 36kW working power depending on system configuration
  • Allows connection of multiple inverters and battery units
  • Compact wall-mounted industrial design with protective removable cover
  • Simplifies cable management and battery bank expansion
  • Suitable for residential, commercial, and backup power systems
  • Designed for scalable energy storage installations

 

The BCB-22-WW-0 is ideal for larger low-voltage battery installations where multiple GoodWe Lynx batteries need to operate in parallel while maintaining balanced current flow and organized wiring. It improves installation efficiency, system scalability, and operational reliability in hybrid solar and backup power applications.

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