DALY Smart BMS for Lithium Iron Phosphate (LiFePO4) Battery 150A

About the Smart BMS for LiFePO4 Battery 150A

Our Smart BMS for LiFePO4 protects and balances your LiFePO4 pack up to 150 A. This powerful 150 A LiFePO4 BMS ensures each cell stays healthy, extending battery life and delivering reliable performance.

LiFePO4 Battery Protection System Features

• 150 A Capacity: Handles continuous currents up to 150 A, ideal for EVs, solar banks, and high-power applications.

• Precision Cell Balancing: Passive balancing equalizes cells at 100 mA per cell, preventing weak spots and extending pack life.

• Overcharge & Over-Discharge Safeguards: Automatically cuts off charging above safe voltages and disconnects loads if cells drop too low.

• Over-Current & Short-Circuit Protection: Detects sudden spikes or faults, shutting down the pack instantly to avoid damage.

• Temperature Monitoring: Built-in sensor halts charging or discharging if cell temperatures exceed safe limits.

• CAN & UART Communication: Real-time data output lets you track pack voltage, cell voltages, current, and temperature on a display or controller.

Benefits of a Professional BMS for LiFePO4

• Reliable LiFePO4 Battery Management: Keeps each cell within safe voltage and temperature ranges, preventing failure.

• Enhanced Safety: Avoids thermal runaway with rapid response to over-current or short-circuit events.

• Longer Battery Life: Balancing cells evenly prevents underperforming cells from aging prematurely.

• Efficient Energy Management: Low idle consumption (< 2 mA) means your BMS won’t drain the pack when idle.

• Easy Integration: Compact PCB (80 × 50 × 8 mm) with clear wiring labels fits most enclosures without fuss.

Detailed Specifications of the 150 A LiFePO4 BMS

• Model: Smart BMS for LiFePO4 (150 A)

• Supported Pack Voltage: 12 V–72 V (4S–20S LiFePO4)

• Continuous Current: 150 A

• Peak Current (10 s): 200 A

• Balance Current: 100 mA per cell

• Protection Functions: Overcharge, over-discharge, over-current, short-circuit, over-temperature

• Communication: CAN bus and UART (TTL) for live monitoring

• Operating Temperature: –20 °C to +60 °C

• PCB Dimensions: 80 × 50 × 8 mm

• Weight: 95 g

• Mounting: Four M3 screw holes for stable installation

How This BMS Keeps Your Pack Safe

Imagine your home solar bank powering everything at night. Without a proper BMS, one weak LiFePO4 cell could over-discharge, leaving you in the dark. With our Smart BMS for LiFePO4, each cell is monitored and balanced. As you charge at dusk, LEDs glow green—signals that all cells reach equal voltage. When you draw power, the BMS quietly watches currents and temperatures, cutting off if anything goes awry. No more surprises.

Sensory Language: Feel, See, Hear

• Feel: Hold the slim PCB—lightweight yet sturdy. The smooth solder joints feel neat under your fingertips.

• See: LEDs flash bright green when cells are balanced, turn red if a fault appears, giving clear, instant feedback.

• Hear: A faint click as you connect the main battery leads—no buzzing fans, just silent, precise management.

How to Install Your 150 A LiFePO4 BMS

1. Mount the BMS: Use four M3 screws to secure the board inside your battery enclosure.

2. Connect Cell Leads: Attach each cell’s balance wire to the corresponding labeled port (cells 1–20).

3. Hook Up Main Leads: Connect the pack’s positive lead to B+ and negative lead to B– terminals.

4. Plug in Communication (Optional): Attach CAN or UART cables to your controller or display for live data feed.

5. Power On and Test: Apply a small charge or load; LEDs will glow—solid green means all cells are healthy and balanced.

Story: Peace of Mind on Every Ride

Picture an electric cyclist named Ali. He built a custom 12S LiFePO4 pack for his commutes. At first ride, he worried about uneven cells on steep hills. The Smart BMS for LiFePO4 kept each cell in check. As he pedaled uphill, the pack delivered smooth power. When he paused, the BMS had already balanced cells quietly in the background—no stops, no second guesses. That silent reliability became Ali’s ticket to confident riding every day.

Applications: Where This BMS Excels

• Electric Vehicles (EVs): Ideal for e-bikes, e-scooters, golf carts, and DIY EVs needing 150 A continuous support.

• Solar Energy Storage: Maintains LiFePO4 solar battery banks for homes, cabins, and off-grid systems.

• Portable Power Stations: Keeps power packs balanced for camping, job sites, and emergency backup.

• Energy Storage Systems: Ensures safe cell voltages for UPS units or off-grid energy solutions.

• Heavy-Duty DIY Projects: Perfect for electric go-karts, trikes, small EV conversions, and robotics.

Protect Your LiFePO4 Pack Today

Don’t risk uneven cells shortening your pack’s life. Add the Smart BMS for LiFePO4 Battery 150 A to your cart now. Enjoy extended battery life, enhanced safety, and real-time monitoring—order today and power your projects with confidence.