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Mar 20 2025Xiho 48V 16S 51.2V DIY Vertical Box redefines the standard of lithium battery DIY with its vertical structure, intelligent BMS and industrial-grade protection
Today, we will focus on the 48V 16S 51.2V DIY vertical energy storage box crafted by Xiho, with a built-in JK BMS (battery management system). Through detailed step-by-step instructions, you will learn how to make an energy storage device that is both efficient and safe.
5 steps to assemble the Xiho DIY Vertical Box
1. Vertical stacking and fixing of cells
Align the 16 cells according to polarity and insert them vertically into the insulating bracket of the Starmax box. The snap-on design of the DIY Vertical Box can quickly lock the cells to avoid the risk of displacement.
2. Series welding and voltage testing
Use laser welding nickel sheets to connect the cells to form a 16S series structure, and the total voltage should be stable at 51.2V. After completion, use a multimeter to verify the voltage consistency of each cell.
3. Integrate the JK BMS system
Connect the BMS balancing line to the positive pole of the cell in sequence, and fix the main line through the dedicated slot on the side of the box. The pre-set wiring trough of the Starmax DIY Vertical Box can hide the cables and keep the interior tidy.
4. Packaging and heat dissipation optimization
Before closing the box lid, fill the thermal conductive silicone pads between the cells to accelerate the heat transfer to the box heat sink. The vertical air duct of the DIY Vertical Box can naturally dissipate heat with the help of the "chimney effect" without the need for additional fans.
5. Functional testing and debugging
Check the battery status through the JK BMS App and simulate charging and discharging to verify the protection mechanism. At this point, your Starmax DIY Vertical Box is ready!
Xiho 48V16S51.2V DIY Vertical Box has redefined the standard of lithium battery DIY with its vertical structure, intelligent BMS and industrial-grade protection. Whether you are a novice or an experienced player, this DIY Vertical Box can help you easily unlock new possibilities of energy storage with its excellent performance and minimal assembly process.
5 steps to assemble the Xiho DIY Vertical Box
1. Vertical stacking and fixing of cells
Align the 16 cells according to polarity and insert them vertically into the insulating bracket of the Starmax box. The snap-on design of the DIY Vertical Box can quickly lock the cells to avoid the risk of displacement.
2. Series welding and voltage testing
Use laser welding nickel sheets to connect the cells to form a 16S series structure, and the total voltage should be stable at 51.2V. After completion, use a multimeter to verify the voltage consistency of each cell.
3. Integrate the JK BMS system
Connect the BMS balancing line to the positive pole of the cell in sequence, and fix the main line through the dedicated slot on the side of the box. The pre-set wiring trough of the Starmax DIY Vertical Box can hide the cables and keep the interior tidy.
4. Packaging and heat dissipation optimization
Before closing the box lid, fill the thermal conductive silicone pads between the cells to accelerate the heat transfer to the box heat sink. The vertical air duct of the DIY Vertical Box can naturally dissipate heat with the help of the "chimney effect" without the need for additional fans.
5. Functional testing and debugging
Check the battery status through the JK BMS App and simulate charging and discharging to verify the protection mechanism. At this point, your Starmax DIY Vertical Box is ready!
Xiho 48V16S51.2V DIY Vertical Box has redefined the standard of lithium battery DIY with its vertical structure, intelligent BMS and industrial-grade protection. Whether you are a novice or an experienced player, this DIY Vertical Box can help you easily unlock new possibilities of energy storage with its excellent performance and minimal assembly process.
