ERG-HESS-13 ERG-HESS-13 ERG-HESS-13 ERG-HESS-13 ERG-HESS-13 ERG-HESS-13 ERG-HESS-13 ERG-HESS-13 ERG-HESS-13 ERG-HESS-13 ERG-HESS-13 ERG-HESS-13 ERG-HESS-13 ERG-HESS-13 ERG-HESS-13 ERG-HESS-13
OEM ERG-HESS-13
  • ERG-HESS-13
  • ERG-HESS-13
  • Product Details

System Parameters

Parameter Specification
Rated Voltage 51.2V
Cell Type LFP-100Ah
Battery Type Lithium iron phosphate
Usable Energy 5.12kWh

Discharge And Temperature Characteristics

Parameter Specification
Discharge Current ≤ 80A
Discharge Temperature -20℃ ~ 60℃
Charging Temperature 0℃ ~ 55℃
Storage Temperature -15℃ ~ 45℃

Charging Function

Parameter Specification
Charging Voltage 57.6V
Charging Current ≤ 80A
Charging Method Converters, adapters, etc.
Charging Time ≤ 1.5h

General Parameters

Parameter Specification
Weight 50KG
Size 650520200MM
Communication CAN or Rs485
Number of Cycles 6000
Level of Protection IP55
Certification CE/UN38.3

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About
Zhejiang ERG  Energy LLC.
Zhejiang ERG Energy LLC.
Who are we Zhejiang ERG Energy LLC. is a manufacturer of Battery Energy Storage System (BESS). Adhering to the mission of "leading energy storage safety and creating a better life together", we are committed to "promoting a safety revolution in the global energy storage industry". What's the difference: Based on more than 30 years of high standard manufacturing system and capital strength of Erge Technology Group, we have formed a unique all vanadium flow battery system integration capability in the field of flow battery technology. Under the leadership of Dr. Li Zhiguang and Chief Scientist Dr. Gao Jinxu from Argonne National Laboratory in the United States, Erge Energy continues to tackle the research and development of a new generation of water-based organic electrolytes, aiming to break through energy density and cost bottlenecks and explore new paths for future energy storage. Erge Energy has provided independent innovative solutions for global energy transformation in multiple fields such as off grid energy storage, commercial & industrial energy storage, grid side peak shaving, and renewable energy matching.
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