The stackable lithium battery energy storage system uses high-cycle-life lithium iron phosphate (LiFePO₄) batteries and a high-performance BMS to protect and manage the battery system. Each stack supports up to 6 modules, and multiple stacks can be connected in parallel to form a maximum of 15 battery modules in total. The capacity can be flexibly configured, and when paired with a photovoltaic (PV) system, it can meet a wide range of power demands for both residential and industrial applications.
Brand Name :
Sail SolarType :
Lifepo4Rated Voltage :
51.2vBattery Capacity :
5.12kwh&10.24kwhNumber of Cycles :
8000Communication :
RS485,CANColor&OEM :
white&blackWarranty :
10 years
Our low‑voltage stackable battery series(100Ah&200Ah) offer flexible capacity expansion for residential and light commercial storage. Engineered with premium LFP cells and smart electronics, it delivers safe, silent, and sustainable power.
Smart APP monitoring – Real‑time status, remote control, and data logging via mobile app.
Wide inverter compatibility + CANbus – Plug‑and‑play with major brands and standard communication.
Reliable LFP cells – Safe, long‑life, and thermally stable.
Natural cooling – Fan‑free, silent, and maintenance‑free.
Full protection – Overcharge, overvoltage, and overcurrent safeguards built in.
Stable & efficient – Low self‑discharge, consistent performance, and fully recyclable.
This diagram provides a clear view of the communication interface layout for our battery system. It is designed to support two industry‑standard protocols – RS485 and CAN bus – giving you flexible integration options with a wide range of inverters, energy management controllers, and remote monitoring platforms.
users can easily set up master‑slave configurations, monitor battery health, and achieve seamless system expansion. The robust connector layout minimizes wiring errors and simplifies installation.
The communication module connects to the protection board using the UART interface.
Use the mobile app to scan and connect to the module's Bluetooth broadcast.
Once paired, the app allows you to monitor real-time status, adjust user settings, and initiate OTA operations.
The main page offers a clear overview of all fundamental parameters and configurable options for the protection board.
1. Open the bms_cloud_client app and tap Add Device.
2. Select Wi‑Fi Connection as the method, then enter the SSID and password for your 2.4 GHz Wi‑Fi network.
3. Tap Connect to proceed.
Once the Wi‑Fi credentials are correctly configured, log in to the Web Xiaoxiang Lithium Battery Management Platform. In the left sidebar, navigate to Device Management > Device List, locate your device by its MAC address, and click on it to open the detail page, where you can view and adjust all relevant settings. The picture offers a clear overview of all fundamental parameters and configurable options.
Tel : +86 -18655186412
Email : Inquiry@sailsolarpv.com
Whatsapp : +86 -18655186412
Add : Building 7, Cross Border E-Commerce Supervision Zone, Hefei, China
