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Energy Storage Container
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3.72MWh Container Energy Storage System Liquid Cooled For Large Scale Project

3.72MWh Container Energy Storage System Liquid Cooled For Large Scale Project

Brand Name: Hua Power
Model Number: HC3720L
Payment Terms: T/T
Detail Information
Place of Origin:
China
Certification:
UN38.3, UN3536, IEC 61000-6-2&-4, IEC 62477,IEC 62619&63056
Battery Type:
LiFePO4
Battery Cell:
3.2V/280Ah
Battery Pack Configuration:
1P52S
Battery Pack Quantity:
8 Packs/Cluster
Battery Cluster Quantity:
10 Clusters
Rated Current:
140A*10
Voltage Range:
1165~1500V
Rated Capacity:
3727.36kWh
Weight:
≤38T
Dimensions (W/D/H):
6058×2438×2896mm
Maximum Efficiency:
≥87%
Temperature:
-30℃~45℃
Humidity:
≤95%RH(Non-Condensation)
Protection Level:
IP55
Anti-corrosion Rating:
C4
Cooling Method:
Liquid Cooling
Highlight:

3.72MWh Energy Storage Container

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Liquid Cooled Energy Storage Container

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Large Scale Energy Storage Container

Product Description
3.72MWh Container Energy Storage System Liquid Cooled For Large Scale Project
Product Specifications
Attribute Value
Battery Type LiFePO4
Battery Cell 3.2V/280Ah
Battery Pack Configuration 1P52S
Battery Pack Quantity 8 Packs/Cluster
Battery Cluster Quantity 10 Clusters
Rated Current 140A*10
Voltage Range 1165~1500V
Rated Capacity 3727.36kWh
Weight ≤38T
Dimensions (W/D/H) 6058×2438×2896mm
Maximum Efficiency ≥87%
Temperature -30℃~45℃
Humidity ≤95%RH(Non-Condensation)
Protection Level IP55
Anti-corrosion Rating C4
Cooling Method Liquid Cooling
3.72MWh Container Energy Storage System Liquid Cooled For Large Scale Project 0 3.72MWh Container Energy Storage System Liquid Cooled For Large Scale Project 1
Product Overview

The HC3720L is a high-capacity, liquid-cooled energy storage solution designed for large-scale industrial and commercial applications. Leveraging advanced LiFePO₄ battery technology, it offers reliable and efficient energy storage to meet the demanding power requirements of modern enterprises.

3.72MWh Container Energy Storage System Liquid Cooled For Large Scale Project 2
Key Features
  • High-Capacity Energy Storage: With a rated capacity of 3727.36kWh, the HC3720L can store substantial energy for grid-scale storage, industrial plants, and data centers requiring long-term power backup.
  • Advanced Battery Technology: Utilizes LiFePO₄ battery cells known for safety, long cycle life, and thermal stability with 1P52S battery pack configuration (8 Packs/Cluster × 10 Clusters).
  • Efficient Liquid Cooling: Maintains optimal operating temperature (-30℃ to 45℃) to extend battery lifespan and improve performance.
  • High-Level Protection: IP55 protection against dust/water ingress and C4 anti-corrosion rating for durability in harsh environments.
  • Flexible Communication: Ethernet connectivity enables seamless integration with power management systems for real-time monitoring.
3.72MWh Container Energy Storage System Liquid Cooled For Large Scale Project 3
Applications
  • Grid-Scale Energy Storage: Balances grid load by storing excess electricity during off-peak hours and releasing during peak demand.
  • Large Industrial Plants: Provides backup power for manufacturing plants, refineries, and mines to prevent costly downtime.
  • Data Centers: Ensures uninterrupted operation of critical servers and networking equipment.
3.72MWh Container Energy Storage System Liquid Cooled For Large Scale Project 4
Service & Support
  • Installation & Commissioning: Professional technicians ensure proper setup and configuration to industry standards.
  • Training & Education: Comprehensive programs covering system operation, maintenance, and safety procedures.
3.72MWh Container Energy Storage System Liquid Cooled For Large Scale Project 5
Frequently Asked Questions
Q: What is Container Energy Storage System?
A: A fully integrated energy storage solution housed in a standardized container for easy deployment.
Q: What are the advantages?
A: Offers premium quality, simplified installation, long life cycle, and scalable capacity up to 10MWh.
Q: What are the applications?
A: Suitable for telecommunications, renewable energy storage, power grid stabilization, and industrial backup power.
Q: What maintenance is required?
A: Regular inspections, cleaning, and component replacements as needed to maintain optimal performance.