Deye AI-W5.1-B-ESS (EU, AU) Advanced Solar Power Storage for Home Energy Independence

Residential Battery | AI-W5.1-B-ESS | LiFePO4

SKU: AI-W5.1-B-ESS Categories: , Tags: , , , , Brand:

The Deye AI-W5.1-B-ESS (EU, AU) Advanced Solar Power Storage for Home Energy Independence is a all-in-one home energy storage system from Deye, built for reliable residential solar and backup power. It uses safe LiFePO4 battery chemistry, an intelligent BMS, and supports modular expansion so you can scale capacity as your energy needs grow.

Why Choose the Deye AI-W5.1-B-ESS?

  • Safe LiFePO4 Chemistry – Long cycle life and high thermal stability
  • Smart BMS Protection – Active monitoring and multi-level safety protection
  • Modular & Scalable – Expand capacity by connecting multiple units in parallel
  • Easy Monitoring – Real-time status via app, CAN, RS485 or Bluetooth (model dependent)
  • Backup Ready – Designed for seamless integration with Deye hybrid inverters

Key Features

  • Reliable Performance: High discharge power, IP65 rating for indoor/outdoor use, natural cooling, operates in -20°C to 55°C
  • Eco – Friendly & Safe: Non-toxic, pollution-free materials; cobalt-free LFP battery, intelligent BMS
  • Flexible Configuration: Modular, up to 6 clusters in parallel (36 pcs), max 184 kWh capacity for residential/commercial use

Technical Specifications

Specification Value
Model AI-W5.1-B-ESS
Battery Chemistry LiFePO4
Weight Approximate 31.6
Max. PV Input Voltage(V) 500
Start-up Voltage(V) 125
MPPT Voltage Range(V) 125-425
Rated Input/Output Voltage/Range(V) 230V/240V 0.85Un-1.1Un
Cabinet Size(W×H×D) 720W×399.2H×256D mm (Excluding connectors and brackets)

Looking for a dependable Deye AI-W5.1-B-ESS battery for your solar installation? The Deye AI-W5.1-B-ESS (EU, AU) Advanced Solar Power Storage for Home Energy Independence delivers proven performance, flexible expansion, and full compatibility with Deye hybrid inverters. Contact us for pricing, datasheets, and installation support.

Brand

Deye

Product Type

Residential Battery

Chemistry

LiFePO4