Product Description:
Our Containerized Battery Energy Storage System is designed for
durability and efficiency, featuring high-quality batteries that
can endure continuous operation. It operates within a voltage range
of 400-800V, making it versatile for various energy storage
applications.
Key Features:
Features:
- Product Name: Containerized Battery Energy Storage System
- Warranty: 5 Years
- Voltage Range: 400-800V
- Container Size: 20ft
- Application: Power Grid Stabilization And Peak Shaving
- Monitoring System: Remote Monitoring And Control
Technical Parameters:
| Product Attribute | Value |
|---|
| Product Name | Transportable Battery Power Station |
| Application | Power Grid Stabilization And Peak Shaving |
| Warranty | 5 Years |
| Container Size | 20ft |
| Battery Capacity | Negotiable |
| Voltage Range | 400-800V |
| Monitoring System | Remote Monitoring And Control |
| Product Type | Modular Container Battery Pack |
| Product Solution | Modular Battery Container Solution |
Here are the advantages of liquid-cooled containerized energy
storage systems:
1. Efficient Heat Management
- Superior Thermal Management: Liquid cooling effectively dissipates heat from the batteries,
maintaining them within optimal operating temperature ranges, which
extends battery life and enhances performance.
2. Increased Energy Density
- Compact Design: By utilizing efficient liquid cooling technology, batteries can
operate at higher energy densities, reducing the overall size and
weight of the system.
3. Longer Lifespan
- Reduced Thermal Stress: Liquid cooling minimizes thermal stress on the batteries during
charge and discharge cycles, decreasing wear and tear and
ultimately extending their lifespan.
4. Enhanced Safety
- Lower Fire Risk: By effectively preventing overheating, liquid cooling systems
reduce the risk of fires and other safety hazards associated with
battery operation.
5. Rapid Charge and Discharge Capability
- High Power Output: Liquid cooling enables rapid charging and discharging, making it
suitable for applications that require quick responsiveness, such
as electric vehicle charging and grid frequency regulation.
6. Robust Adaptability
- Versatile Applications: Liquid-cooled containerized storage systems can operate reliably
under various environmental conditions, including outdoor settings
and extreme temperatures or humidity.
7. Environmental Benefits
- Support for Renewable Energy: These systems can efficiently integrate with renewable energy
sources, contributing to the goals of sustainability and reduced
carbon footprints.
8. Lower Maintenance Costs
- Reduced Frequency of Maintenance: By extending battery lifespan, liquid cooling systems lower
maintenance and replacement costs, enhancing overall economic
efficiency.
9. Modular Design
- Flexible Expansion: Liquid-cooled containerized energy storage systems are often
modular, allowing for easy scaling to meet varying energy storage
needs.
10. Smart Monitoring
- Real-Time Data Management: Many liquid-cooled storage systems come equipped with intelligent
monitoring technology, enabling real-time tracking of temperature
and performance to ensure optimal operation.
Liquid-cooled containerized energy storage systems combine
efficiency, flexibility, and safety, making them increasingly
favored in modern energy storage applications.
