The 5.12kWh MUST LP16-48100 LiFePO₄ Lithium Battery is a high-performance 48V 100Ah energy storage solution engineered for modern solar and backup power systems across Kenya. Delivering a stable 51.2V nominal output and over 6000 charge cycles at 80% Depth of Discharge, this battery provides long-term reliability for residential, commercial, and institutional installations.

Built using advanced Lithium Iron Phosphate (LiFePO₄) chemistry, the unit offers superior thermal stability, enhanced safety, and consistent performance compared to traditional lead-acid systems. The integrated intelligent Battery Management System (BMS) protects against overcharge, deep discharge, short circuit, and overheating.

Designed for wall-mounted or rack-mounted installation, this 5.12kWh battery integrates seamlessly with hybrid and off-grid inverters via CAN and RS485 communication. Every unit supplied by Macire is verified before dispatch to ensure dependable operation within Kenyan solar environments.

⭐ Genuine Product | LiFePO₄ Long-Life Technology | Verified & Supported by Macire

System Architecture & Configuration

Battery Core & Chemistry

Lithium Iron Phosphate (LiFePO₄) cells
High thermal stability and safety profile
Deep cycle capability – 6000+ cycles
Low internal resistance for efficiency

Battery Management System (BMS)

Integrated smart BMS
Overcharge protection
Over-discharge protection
Short circuit protection
Thermal monitoring and regulation
CAN & RS485 communication support

Electrical Output & Configuration

Nominal Voltage: 51.2V
Capacity: 100Ah
Energy Storage: 5.12kWh
Max Continuous Discharge: 100A
Parallel expansion capability

📊 Technical Specifications (Summary)

🔧 Key Features

5.12kWh high-density energy storage
6000+ deep discharge cycles
Advanced LiFePO₄ cell safety
Integrated intelligent BMS
48V system compatibility
CAN & RS485 inverter communication
Low self-discharge rate
Expandable in parallel systems
Compact wall-mounted design
Verified and supported by Macire

🎯 Applications / Use Cases

🏠 Residential solar backup systems
🏢 Commercial offices and shops
🏫 Schools and institutions
🏥 Medical and security facilities
🌾 Off-grid rural installations
📡 Telecom and surveillance systems
🚜 Small production and agro-processing setups

🛠 Installation & Engineering Notes

Install in dry, ventilated indoor environment
Use lithium-compatible 48V inverter/charger
Ensure proper CAN/RS485 communication setup
Maintain correct cable sizing for 100A discharge
Parallel connection allowed for capacity expansion
Macire provides system sizing and compatibility support

🧰 Care, Maintenance & Operations

Maintain charge above 20% for longevity
Avoid deep discharge below recommended voltage
Inspect terminals periodically
Keep battery in moderate temperature range
Ensure firmware-compatible inverter communication
Schedule periodic system checks
Avoid prolonged high discharge beyond rating

⚠️ Do’s & Don’ts

✅ Do’s

Operate within voltage parameters
Use compatible lithium inverter chargers
Install surge protection
Allow proper ventilation
Follow manufacturer charging profile

❌ Don’ts

Do not connect to lead-acid chargers
Do not exceed 100A continuous discharge
Do not expose to moisture
Do not short circuit terminals
Do not install in extreme heat environments

🔌 Compatibility Section

Compatible with:

48V hybrid inverters
Off-grid solar systems
Rack-mounted battery banks
Parallel lithium storage systems
Solar charge controllers supporting lithium profile
Macire-supplied hybrid inverter systems

📈 Performance / Runtime Guide (Approximate)

Runtime varies depending on inverter efficiency and depth of discharge settings as guided by Macire.

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