StorXing’s residential solutions provide system integrators with high-performance, safe, and scalable battery architectures for modern smart homes.
System Integration Architecture
Principle & Logic Flow
Integration Logic:
[Solar Array] → [Hybrid Inverter] ↔ [StorXing LFP Battery Cluster] → [Smart Home Distribution Hub] ↔ [Main Grid]
Our systems are designed as “modular nodes” that integrate into larger power distribution networks with precision control and safety handshakes.
Professional Integration Specifications
BMS Protocol Handshake
Dual-CAN/RS485 support for 20+ inverter brands including Deye, Victron, and SMA.
Dynamic HV Cascading
Supports series connection for DC systems up to 450V to minimize conversion losses.
Cell-Level Telemetry
12-point thermal sensing and active cell balancing for uniform aging.
System Integration Instructions
- Mechanical Mounting: Ensure wall-mounted units have 10cm clearance for passive cooling airflow.
- Communication Handshake: Use standardized CAN v3.0 maps for real-time SOC/SOH reporting to the central inverter.
- Array Sizing: Optimize solar PV sizing to ensure the battery reaches 100% SOC at least twice weekly for cell calibration.