Deye BOS-W (AS, AF, LATAM) Solar Storage System | 5.12kWh Commercial Grade LiFePO₄ Module

  • Advanced Safety: Protects against over-charge, over-discharge, over-current, and extreme temperatures with LiFePO₄ battery technology
  • High Performance: Temperature range (-20°C to 55°C), ≥6000 cycles
  • Flexible Configuration: Parallel connections, USB, and remote upgrades
  • Reliable Storage: Low self-discharge for up to 6 months without charging
  • Scalable Energy: Modular design from 25.6 kWh to 87.04 kWh
  • Durable Build: Rack-mounted installation with IP20 protection
  • User-Friendly: CAN2.0/RS485 communication ports and status indicators
  • Suitable Deye Inverter Model:
      • SUN-30K-SG01HP3-EU-BM3
      • SUN-40K/50K-SG01HP3-EU-BM4
      • SUN-60K-SG02HP3-EU-EM4
      • SUN-80K-SG02HP3-EU-EM6
SKU: BOS-WCategories: High Voltage Series (HV)
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Description

The Deye BOS-W represents the pinnacle of solar energy battery storage technology, delivering an efficient, reliable, and flexible solar storage system designed for modern energy demands. This advanced solar power storage system features cutting-edge lithium iron phosphate (LiFePO₄) technology, making it an ideal solar cell battery solution that ensures long-lasting performance, safety, and seamless compatibility with residential and commercial applications, including home backup and renewable energy installations.

Parameter Value
Main Parameters Cell Chemistry LiFePO₄
Module Energy 5.12 kWh
Module Voltage 51.2 V
Module Capacity 100 Ah
System Usable Energy (kWh) Up to 78.33 kWh (depending on series configuration)
System Models BOS-W25 25.6 kWh (5 modules in series)
BOS-W40 40.96 kWh (8 modules in series)
BOS-W60 61.44 kWh (12 modules in series)
BOS-W85 87.04 kWh (17 modules in series)
Physical & Performance Specifications Working Temperature -20°C to 55°C
Storage Temperature 0-35°C
Cycle Life ≥6000 cycles (with 70% End of Life capacity)
Recommended Depth of Discharge 90%
Rated DC Power 25.6 kW to 87.04 kW
Charge/Discharge Current Recommend 50 A; maximum peak discharge 125 A (for 2 minutes at 25°C)
Installation Rack-mounted
Dimensions (W × D × H) Vary based on model (BOS-W85: 1060 × 602 × 1629 mm)
Weight Up to 883 kg
IP Rating IP20
Communication Port CAN2.0/RS485
Warranty 5 years
Certifications UN38.3

Key Features

  • Smart Control:
    • Protects against over-discharge, over-charge, over-current, and extreme temperatures.
    • Automatically manages charge, discharge, and cell balancing for optimized performance.
  • Flexible Configurations:
    • Multiple battery modules can be connected in parallel.
    • Supports USB and remote upgrades.
    • Compatible with Deye inverters for seamless integration.
  • Safe and Reliable:
    • Utilizes safe, high-efficiency LiFePO₄ batteries with up to 6 months of low self-discharge without charging.
    • No memory effect ensures excellent shallow charge and discharge performance.
  • Excellent Performance:
    • Operates in a wide temperature range from -20°C to 55°C.
    • Delivers excellent discharge performance and ensures a long cycle life of ≥6000 cycles with 70% End of Life (EOL) capacity.
  • Wide Application:
    • Suitable for rack-mounted installations with multiple battery series configurations.

Applications

Deye BOS-W solar storage system excels in diverse applications:

  • Residential Solar Energy Storage: Complete home solar energy battery storage solutions
  • Commercial Solar Power Systems: Scalable solar power storage systems for businesses
  • Industrial Energy Storage: Heavy-duty ESS battery applications for large-scale operations
  • Grid-Tie Solar Systems: Reliable solar cell battery backup for grid-connected installations
  • Off-Grid Power Solutions: Independent power storage systems for remote locations
  • Renewable Energy Integration: Seamless integration with various renewable energy sources

Download

Deye BOS-W Datasheet Black

Deye BOS-W Datasheet White

Deye BOS-W Datasheet France

Deye BOS-W User Manual EU

Deye BOS-W+50K & 80K Energy Storage Solution

Certificate

Statement

DEYE Statement on Battery Expansion and Insulation Fault

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