Containerized BESS | 3.793MWh |
|
Model |
Van-3790 |
|
Rated Energy |
3.793MWh |
|
Working Ratio |
≤1P |
|
Operating Temperature |
-25°C...+55°C |
|
Operating Altitude |
≤4000m(No derating) |
|
Cooling Method |
Liquid cooling |
|
Noise Class |
≤96dB(A) |
|
IP Level |
IP55 |
Product Introduction
Cherry Energy Storage Container is a containerized, liquid-cooled battery energy storage solution designed for utility-scale and large commercial applications.
Integrating battery packs, liquid thermal management, fire protection, and intelligent monitoring into a standard container structure, the system delivers high energy density, stable performance, and long service life under diverse environmental conditions.
With scalable capacity options ranging from 3.7 MWh to 5.6 MWh, Cherry's containerized ESS is suitable for grid-side, renewable integration, peak shaving, frequency regulation, and large-scale energy dispatch projects.
▶Selling points
High Energy Density, Flexible Capacity
* Standardized container design with 3.7–5.6 MWh energy capacity options
* Optimized internal layout maximizes energy density within a 20-ft container footprint
01
Efficient Liquid Cooling System
* Advanced liquid cooling architecture ensures uniform cell temperature
* Reduces thermal stress and significantly extends battery lifespan
* Stable operation across -25°C to +55°C environments
02
Grid-Ready & Utility-Grade Design
* Designed to meet grid-side and large C&I requirements
* Supports long-duration operation with high system availability
* Suitable for renewable integration and high-power dispatch scenarios
03
Outdoor-Ready, All-Weather Reliability
* IP55 enclosure for outdoor installation
* Withstands harsh climates, high humidity, dust, and temperature fluctuations
* Engineered for long-term operation with minimal maintenance
04
▶Customer concerns
1. Is the System Safe and Reliable?
Multi-level protection across battery, system, and container
Certified to IEC, UL, UN38.3, and NFPA standards
2. How Is Lifetime and Stability?
Liquid cooling reduces temperature variation
Improves cycle life and long-term stability
3. Is Deployment Easy?
Standard 20-ft container for global transport
Factory integration enables fast installation
4. How About O&M Cost?
Remote monitoring and diagnostics
Lower long-term OPEX than air-cooled systems
▶Instructions for use
Site Preparation
* Prepare a flat foundation suitable for container installation
* Ensure ventilation clearance and access for maintenance
Installation & Commissioning
* Container arrives pre-integrated from factory
* Connect external power, communication, and grounding
* Commission system via EMS or local HMI
Operation & Monitoring
* System operates automatically under EMS control
* Supports real-time monitoring of SOC, temperature, alarms, and performance
* Remote operation and data access available
Maintenance
* Periodic inspection of cooling system and electrical connections
* Software updates and diagnostics performed remotely
Company Strength
- Dedicated R&D team with deep expertise in energy storage systems and power electronics
- End-to-end capability from system design to manufacturing and integration
- Proven experience delivering large-scale energy storage projects
- Strict quality control and testing before factory delivery
- Long-term technical support and after-sales service commitment
FAQ
Q1: What cooling technology is used in the container system?
A: The system adopts an advanced liquid cooling solution to maintain uniform cell temperatures and improve system longevity.
Q2: Can the container operate in extreme weather conditions?
A: Yes. The system is designed for outdoor installation and supports operation from -25°C to +55°C with IP55 protection.
Q3: Is the container suitable for grid-side projects?
A: Absolutely. It is engineered to meet utility-scale requirements and complies with major international grid and safety standards.
Q4: Can capacity be customized?
A: Yes. Multiple capacity options are available, and customized configurations can be provided based on project requirements.
Q5: How is system monitoring handled?
A: The container supports intelligent monitoring through EMS, enabling real-time data access, alarms, and remote diagnostics.
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