Deye GB-LM4.0 HV high voltage battery 4.09kWh

Deye GB-L-PRO is a state-of-the-art high-voltage energy storage solution designed to meet the energy needs of modern households and commercial applications. This innovative system offers high efficiency, safety and long life, while allowing for the optimization of energy use.

Main Features

High Voltage Stack Design:

• The battery modules are connected in series, reducing wiring complexity and increasing system efficiency.
• The system voltage range is 166.4 V–700 V.

Safe LiFePO₄ Battery Chemistry:

• Stable and reliable lithium iron phosphate batteries that offer long life and excellent safety.
• Built-in explosion protection and fire protection devices.

Smart Monitoring: Real-time battery monitoring, remote updates, and an LCD display that displays battery status, performance, and state of charge (SOC).

Wide Operating Temperature Range:

• Charging temperature: -10°C – 55°C, discharging temperature: -20°C – 55°C.
• Environmentally friendly IP65 protection and ≥C2 corrosion resistance level.

Long Life: Expected life of more than 6000 cycles with 90% depth of discharge (DOD) at 25 ± 2°C.

Compact and Flexible Installation:

• Modular design with floor-mounted solution that saves space and is easy to install.
• Dimensions: from 540 × 385 × 650 mm to 540 × 385 × 1530 mm.

Technical data

• Battery Chemistry: Lithium Iron Phosphate (LiFePO₄)
• Nominal voltage: 102.4 V (per module)
• Capacity: 40 Ah/module
• System energy range: 8–24 kWh
• Usable energy: 7.2–21.6 kWh
• Charge/discharge current: Nominal: 40 A, Peak current: 50 A (for 2 minutes)
• IP protection: IP65
• Operating temperature: -20°C – 55°C
• Size: 540 × 385 × 650 mm – 540 × 385 × 1530 mm
• Weight: 97 kg – 253 kg

Recommendation

The Deye GB-L-PRO energy storage system is an excellent choice for those looking for a reliable, secure and scalable solution for residential or commercial applications. With its innovative design and smart features, it contributes to increasing energy efficiency and a sustainable future. The system is a long-term investment that ensures energy independence and cost-effective operation.