Description Key Features Auto-Networking (No DIP Codes): Eliminates the confusing manual DIP switch settings found on traditional batteries. The internal BMS automatically identifies and assigns addresses for up to 15 parallel units, making installation plug-and-play. 10-Year Calendar Life: Engineered with premium LiFePO4 cells and an advanced BMS to minimize capacity degradation, ensuring stable operation for over a decade. Smart Bluetooth Monitoring: Built-in Bluetooth allows users to view real-time battery status, voltage, and SOC directly from their smartphone app without needing external gateways. Compact & Flexible Installation: Features a slim SPCC metal chassis (only 152mm thick) that supports both Wall-Mounting (saving floor space) and Vertical-Standing (for easy placement). High-Power Output: Both models support a 100A Maximum Continuous Discharge Current, capable of driving 2.5KW (24V) or 5KW (48V) inverters effortlessly. Universal Compatibility: Standard CAN/RS485/RS232 ports ensure seamless communication with major inverter brands (Deye, Victron, Growatt, etc.). Robust Safety: Comprehensive BMS protection against over-charge, over-discharge, short-circuit, and temperature extremes, housed in a durable IP21 metal case. Applications DIY Solar Installers: The “No DIP Switch” feature makes it the easiest battery to install for non-experts. Compact Homes: Slim profile fits perfectly in hallways, garages, or utility closets. Scalable Backup: Start with one 5kWh unit and easily expand to 75kWh as your energy needs grow. Core Specifications Table Model LP16-24100 SE LP16-48100 SE Nominal Voltage 25.6V 51.2V Nominal Capacity 100Ah 100Ah Nominal Energy 2.56kWh 5.12kWh Max Output Power 2.5KW 5.0KW Max Cont. Charge 100A 100A Max Cont. Discharge 100A 100A Dimensions (mm) 385 * 487 * 152 385 * 550 * 152 Net Weight (kg) 25 45 Smart Feature Auto Networking (No DIP) Auto Networking (No DIP) Communication CAN/RS485/Bluetooth CAN/RS485/Bluetooth Mounting Wall / Vertical Wall / Vertical (Note: Supports up to 15 units in parallel for capacity expansion.)
