Dyness Stack100 – 51.20 kWh High Voltage Battery Storage

Dyness Stack100 – 51.20 kWh Energy Storage Solution

The Dyness Stack100 – 51.20 kWh is a future-proof storage solution for large energy volumes and the highest demands. With ten LiFePO4 modules, this high-voltage system offers maximum capacity for demanding industrial, commercial, and residential applications.

The system combines modern storage technology with intelligent energy management and comprehensive safety features. Its modular design allows for easy installation, with full compatibility with leading inverters.

Target Audience and Application Areas

Industry, commerce, large-scale PV installations, and demanding homeowners with very high energy consumption. Also ideal for energy consultants and system integrators.

Key Features

• Capacity: 51.20 kWh (10 modules), usable up to 95%
• Cell Technology: LiFePO4 – durable, safe, recyclable
• Installation: Stack system with a compact footprint
• Safety System: Aerosol fire suppression module, BMS, cell monitoring

Advantages at a Glance

• Maximum Capacity: For large PV systems, peak load buffering, or off-grid solutions
• Smart Networking: Wi-Fi module with app, remote maintenance, and OTA updates
• Robust and Durable: More than 6000 charge cycles and 10 years lifespan
• Wide Compatibility: Supports many inverter brands (e.g., Goodwe, Deye, Growatt)
• Expandable and Flexible: Parallel connection of multiple systems possible

Technical Highlights

• Capacity: 51.20 kWh (10 x 5.12 kWh)
• System Voltage: approx. 512 V
• Depth of Discharge: 95%
• Cycle Stability: >6000 cycles / 10-year warranty
• Temperature Range: -20°C to +50°C
• Protection Class: IP20
• Cooling: Active air cooling
• Communication: CAN/RS485, integrated Wi-Fi module
• Installation Type: Stackable module structure
• Dimensions (WxDxH): 591 x 390 x 1569 mm
• Weight: approx. 470 kg

With the Dyness Stack100 – 51.20 kWh, you are investing in a powerful, safe, and future-oriented storage system that confidently meets even the highest demands.