Dyness STACK100 BDU & Base Control Unit; Battery Management and Control Unit for STACK100 High-Voltage Lithium Battery System, WiFi Monitoring, Supports up to 15 Modules per Cluster

Dyness STACK100 BDU & Base Control Unit

• Central battery management and control unit for the Dyness STACK100 high-voltage battery system
• One BDU & Base unit is required per STACK100 tower or cluster
• Supports up to 15 battery modules in a single STACK100 cluster
• Works within the STACK100 platform that supports up to 12 clusters in parallel
• Helps manage communication between the battery stack and compatible inverter systems through CAN/RS485
• Built for the STACK100 high-voltage platform with system energy ranges from 15.36kWh to 76.8kWh per cluster
• WiFi monitoring support allows easier remote system visibility and updates
• Designed for a clean stack-type installation with the STACK100 platform
• Part of a scalable battery system that can grow to 921.6kWh across multiple clusters
• Suitable for residential, commercial, and industrial STACK100 applications depending on the battery configuration used

Dyness STACK100 BDU & Base Control Unit

The Dyness STACK100 BDU & Base Control Unit is the central management unit for the Dyness STACK100 high-voltage lithium battery system. It is not a battery module itself. Instead, it serves as the control and management section of the STACK100 tower, helping coordinate system operation, communication, and protection within the battery stack.

This unit is used as part of the wider STACK100 platform, which supports 3 to 15 battery modules per cluster and up to 12 clusters in parallel for larger system expansion. It also supports WiFi monitoring and communication with compatible inverter systems through CAN/RS485, making it an important part of a properly configured STACK100 installation.

• Product Type: Battery management and control unit with base for Dyness STACK100 system
• System Compatibility: Dyness STACK100 high-voltage lithium battery platform
• Application: Required control unit for each STACK100 tower or cluster
• Supported Modules per Cluster: Up to 15 modules
• Parallel Expansion Support: Up to 12 clusters in parallel within the STACK100 platform
• Communication: CAN / RS485
• Monitoring: WiFi monitoring support
• Installation Style: Stack-type / base control unit for rack-free stacked system design
• Platform Capacity Range: 15.36kWh to 76.8kWh per cluster
• Maximum Platform Expansion: Up to 921.6kWh