Skip to product information
1 of 1

Deye

Deye 3U-HRack-2G White Battery Cabinet 13 Layers for BOS-G Batteries

Deye 3U-HRack-2G White Battery Cabinet 13 Layers for BOS-G Batteries

Regular price €287.50
Regular price Sale price €287.50
Sale Sold out Excl. VAT — calculated in the cart
See the price with VAT

Price including VAT by delivery country

  • Italy22% €350.75
  • Germany19% €342.12
  • France20% €345.00
  • Austria20% €345.00
  • Belgium21% €347.87
  • Bulgaria20% €345.00
  • Croatia25% €359.37
  • Cyprus19% €342.12
  • Czech Republic21% €347.87
  • Denmark25% €359.37
  • Estonia24% €356.50
  • Finland25.5% €360.81
  • Greece24% €356.50
  • Hungary27% €365.12
  • Ireland23% €353.62
  • Latvia21% €347.87
  • Lithuania21% €347.87
  • Luxembourg17% €336.37
  • Malta18% €339.25
  • Netherlands21% €347.87
  • Poland23% €353.62
  • Portugal23% €353.62
  • Romania21% €347.87
  • Slovakia23% €353.62
  • Slovenia22% €350.75
  • Spain21% €347.87
  • Sweden25% €359.37

Shown prices exclude VAT. At checkout the rate of the delivery country applies. Businesses with a valid EU VAT number buy without VAT (reverse charge).

  • Prices exclude VAT: tax is calculated in the cart based on the delivery country.
  • EU businesses: 0% VAT with a VAT number valid in VIES — the field appears at checkout, below the delivery address.
  • Reduced 10% VAT on solar and storage for customers in Italy: write to us before ordering.

Shipping

  • Italy: €13 on orders up to €150, free shipping over €150.
  • European Union: 60 € per order, with no threshold

Rates apply to the cart total and are confirmed at checkout, where shipping to countries outside the EU is also calculated.

View full details
Delivery in 10-20 daysRack cabinetDeye

Deye 3U-HRack-2G White Battery Cabinet 13 Layers for BOS-G Batteries

The Deye 3U-HRack-2G battery cabinet in its 13-layer version is the supporting structure of the BOS-G and BOS-G Pro high-voltage storage systems. It houses up to 12 BOS-G-Pack5.1 battery modules plus the BOS-G-PDU-2 control box, that is a complete cluster of 61.44kWh.

The white painted steel frame, 2,219 mm tall, provides rails sized for Deye 3U modules, a top bay for the PDU, tidy cable routing and a dedicated earthing point; a front door is available as an optional accessory. It weighs about 51 kg empty and must be installed on a flat floor indoors, since the system is rated IP20. It is the accessory to plan for whenever you build commercial or industrial storage with Deye three-phase hybrid inverters.

Key features

13 layers, up to 61.44kWhTwelve BOS-G-Pack5.1 modules plus one PDU in a single cabinet: a complete 61.44kWh cluster.
Built around the 3U formatRails and spacing designed for Deye 3U modules, with tidy power and communication cable routing.
White finish, 2,219 mm tallWhite painted steel, 530 × 602 × 2,219 mm and only 51 kg empty: position it before loading the modules.
Optional front doorA door is available as an accessory to close the front of the cabinet in accessible technical rooms.

Technical specifications

FeatureValue
Product code3U-HRack-2G (13 layer)
TypeBattery cabinet for Deye BOS-G and BOS-G Pro high-voltage systems
Layers13 (12 battery modules + 1 PDU)
Compatible battery modulesBOS-G-Pack5.1, 5.12kWh each
Compatible PDUBOS-G-PDU-2, 1 unit in the top layer
Max installable energy61.44kWh (12 × 5.12kWh)
System voltage when full528-700.8V
Minimum configuration5 modules, 25.6kWh
Scalabilityup to 16 clusters in parallel
Module format3U
Dimensions (W × D × H)530 × 602 × 2,219 mm
Empty weightapprox. 51 kg
ColourWhite
Front doorAvailable as an optional accessory
InstallationFloor standing, indoors (IP20 system)

Documentation

PDFBrochure Deye BOS-G Pro (EU)Official manufacturer documentPDFBOS-G Pro installation and operating manual (EU)Official manufacturer documentPDFGuida all'espansione BOS-G-Pack5.1Official manufacturer documentPDFCertificato di garanzia BOS-G ProOfficial manufacturer document

Installation and wiring must be carried out by qualified personnel in accordance with the applicable standards and the electrical design of the system.