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Deye

Deye 3U-LRACK 19-inch rack cabinet for 8 BOS-G battery modules and HV control box

Deye 3U-LRACK 19-inch rack cabinet for 8 BOS-G battery modules and HV control box

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

5 units at this price

  • 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.

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Delivery in 10-20 daysRack cabinetDeye

Deye 3U-LRACK 19-inch rack cabinet for 8 BOS-G battery modules and HV control box

The Deye 3U-LRACK is the 19-inch rack cabinet dedicated to the Deye BOS-G high-voltage storage system. It houses up to 8 BOS-G battery modules of 5.12kWh each plus one high-voltage cluster control box, building a LiFePO4 battery bank of up to 40.96kWh in a single tidy, easy-to-wire enclosure.

The modules plug into a standard 19-inch format, so installation is quick and maintenance or expansion is done module by module. The cabinet is designed for indoor use only and is the recommended mechanical base for larger residential and small commercial storage systems running at high voltage with Deye HV hybrid inverters.

Key features

8 battery modules + 1 control boxA single cabinet holds eight BOS-G modules and the high-voltage cluster control box, keeping batteries, BMS and wiring together.
Up to 40.96kWh of storageEight BOS-G modules of 5.12kWh each add up to 40.96kWh of nominal LiFePO4 energy in one column.
Plug-in 19-inch formatModules slide into the standard 19-inch rack: fast mounting, tidy wiring and module-by-module replacement or expansion.
Designed for indoor installationIndoor-use structure, consistent with the IP20 rating of the BOS-G system: ideal in a technical room, garage or substation.

Technical specifications

FeatureValue
Product code3U-LRACK
Type19-inch rack cabinet for high-voltage batteries
Battery modules housed8
High-voltage cluster control box1 dedicated slot
CompatibilityDeye BOS-G battery modules of 5.12kWh (51.2V - 100Ah)
Energy with 8 modules40.96kWh nominal
Chemistry of compatible modulesLiFePO4
Formatplug-in modules in standard 19-inch rack
Dimensions (W×D×H)589×590×1640 mm
Cabinet weightapprox. 65 kg
Installationindoor only
Protection degree of the BOS-G systemIP20
Communication of the BOS-G systemCAN 2.0 / RS485
Series configuration allowed by the BOS-G system3 to 12 modules
Cycles of compatible modules≥ 6000 (25 ±2 °C, 0.5C/0.5C, EOL 70%)
System operating temperaturecharge 0 to 55 °C, discharge -20 to 55 °C
Certifications of the BOS-G systemCE, IEC 62619, VDE 2510-50, UL 1973, UL 9540A, UN 38.3

Documentation

PDF3U BOS-G high-voltage battery datasheetOfficial 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.