Industrial storage systems

Dyness DH200F Energy Storage System, 100 kW / 215 kWh

Dyness DH200F

  • Capacity 215 kWh
  • Power 100kW
  • Battery Type Lithium iron phosphate
  • Voltage 672-864 V
  • Ingress Protection IP55

The Dyness DH200F 100kW / 215kWh energy storage system is a highly efficient commercial and industrial energy storage system that combines a powerful inverter and a battery module in a single solution.


Description

The Dyness DH200F 100kW / 215kWh energy storage system is a highly efficient commercial and industrial energy storage system that combines a powerful inverter and a battery module in a single solution. It is designed to stabilise energy consumption, reduce costs and provide backup power for businesses and industrial facilities. This equipment includes an inverter, a battery and a control unit in a single piece of equipment. Thanks to this innovative solution, a business or production facility will operate autonomously for a long time, even under conditions of periodic power cuts or a temporary blackout.

The energy storage system is suitable not only for storing energy, but also for reducing peak loads and achieving significant savings on electricity consumption. The Dyness DH200F 100KW/215KWH allows for scaling, so the equipment can be combined with other units and adapted to different systems. The equipment can be operated remotely, with full control over the working process and monitoring of statistics. In addition, the equipment has a high level of safety thanks to:
  • stable LiFePO₄ technology
  • multi-level protection (overvoltage, overheating, short circuit)
  • an intelligent battery management system (BMS)

Storage system specifications

Battery Type
Lithium iron phosphate
Brand
Dyness
Capacity
215 kWh
Frequency, Hz
50/60 Hz
Dimensions
1850*1265*2250 mm
HV/LV
High-voltage
Ingress Protection
IP55
Number of modules
15
Power
100kW
Noise level
≤ 65 dB
Application area
For small business, For enterprise, For office, For condominium associations
Voltage
672-864 V
Weight
2800±100 kg