Dyness Tower T10 10.66kWh High Voltage Battery

Dyness Tower T10 10.66kWh High Voltage Battery

Description:

Advanced Energy Storage for Professional Solar Installations - Dyness Tower T10

The Dyness Tower T10 10. 66kWh HighVoltage Battery is a sophisticated lithium iron phosphate (LiFePO4) energy storage system intended for commercial, industrial, and offgrid power applications. This modular and scalable system is designed for efficiency and seamless integration with highvoltage solar inverters, providing a reliable and continuous source of power for gridindependent and backup operations.

Essential Features for Commercial and Industrial Uses:

• Dependable Energy Storage: A nominal capacity of 10. 66 kWh and a 95% depth of discharge (DOD) guarantee optimum efficiency.
• Modular and Expandable: The design allows for parallel expansion to meet significant storage requirements.
• Ideal for High Voltage Systems: Operating range of 252V to 328V ensures a steady power output.
• Excellent Charging and Discharging Efficiency: Consistent output of 6. 39 kW for quick energy transfer.
• Long-lasting Performance: More than 6,000 charge cycles guarantee years of dependable use.
• Smooth System Integration: Real-time energy monitoring via RS485 and CAN communication.
• Weather-Resistant and Durable: The IP55-rated enclosure enables both indoor and outdoor installation.

Technical Details:

• Lithium Iron Phosphate (LiFePO4) is the Battery Type
• Three modules make up the course.
• Rated Voltage: 288 V
• Capacity: 37 Ah
• Maximum Charge/Discharge Power: 6. 39kW
• Lifespan: At least 6,000 cycles
• 146 kg
• Protection Against Intrusion: IP55
• Measurements: 504 x 380 x 900 mm
• Setup and Compatibility:
• Goodwe, Solis, Deye, Growatt, and other popular inverters are compatible.
• A qualified electrician must do the installation to guarantee that the regulations of SANS 10142 are followed.
• Warranty: 7-year manufacturer warranty (claim requires COC).

What makes the Dyness Tower T10 the best option?

The Dyness Tower T10 is a flexible, efficient, and scalable energy storage solution that is ideal for solar backup and offgrid applications. It provides sustainable and cost-effective energy management with its quick charging, long cycle life, and smooth inverter compatibility.