Outdoor Container Battery Industrial Commercial Lithium Ion Battery 215kwh 233kwh Energy Storage System Solar Storage Container Bess System

Customization: Available
Container Size: L1560mm*D1380mm*H2385mm
Weight: 2600kg

Product Description

Basic Information

Nominal Voltage: 230V/400V
Warranty: 5 Years
Nominal Capacity: 215kwh
Cycle Life: 9000
Dimensions: 1560*1380*2385mm
Origin: China
Production Capacity: 10,000 Units

Product Overview

The commercial and industrial storage cabinet system uses a multi-stage protection design of battery packs and battery clusters to effectively isolate faults and prevent fault spread. The divided system design and three-tier intelligent fire safety design minimize the risk of fire spread, ensuring the maximum safety of people and assets.

Energy Storage System Container
BESS System Details

Key Advantages

1
Safe and Reliable: Serves as an emergency backup power source to ensure continuous operation during outages.
2
Flexible Configuration: Modular design allows for expansion and customization with convenient installation.
3
High Efficiency: Optimizes energy usage patterns to significantly reduce operational costs.
4
Intelligent O&M: Reduces maintenance costs through smart monitoring and promotes green energy consumption.
5
Grid-Friendly: Supports seamless grid-connected and off-grid switching with multiple protection layers.

Technical Specifications

Parameter Category Specifications (Model 215CE)
System Parameter Battery Cell LFP (LiFePO4) 3.2V 280Ah
System Capacity 215kWh
Rated Power 105kW
Cooling Method Intelligent Liquid Cooling
Fire Fighting Aerosol (Pack + Cluster) + Water (Cabinet)
Protection Level IP54 / C4 Anti-corrosion
AC Side Rated Voltage 230V/400V (±15%)
Rated Frequency 50/60 Hz
Power Factor ≥0.99 (-1 to 1)
Switching Time 20ms (Optional Automatic Switching)
DC Side Rated Voltage 768V
Voltage Range 682~864V
Discharge Depth 95% DOD

Certifications: CQC, LVRT/HVRT, EN 62477, EN 61000, EN 50549-2, UN38.3, EN 62619, VDE 4105, VDE O126-1-1, XP C15-712-3, UTE C15-712-1, VFR 2019.

Application Scenarios

Ideally suited for commercial buildings, factory complexes, remote off-grid areas, and regions experiencing frequent power shortages.

Industrial Application
Commercial Application

Project Case Study

Project Case Exhibition

About Our Technology

Established in 2014, our group began with automated intelligent equipment and laser welding technologies for lithium battery modules. We provide high-intelligence manufacturing solutions for top-tier energy storage system integrators.

We are dedicated to providing one-stop green power station solutions, including Turnkey Services, Microgrid Solutions, and specialized Energy Storage Project Solutions. We aim to become a global leader in energy transformation, building zero-carbon power systems that are stable, safe, and clean.

Manufacturing Center
Technology R&D

Frequently Asked Questions

What is the lifespan of this energy storage system?
The system utilizes high-grade LiFePO4 cells offering a cycle life of approximately 9,000 cycles, ensuring long-term reliability for over 10-15 years depending on usage.
How does the fire protection system work?
We employ a three-tier safety design: aerosol protection at the battery pack and cluster levels, and a water-based fire protection system at the cabinet level to prevent thermal runaway spread.
Can this system operate in extreme temperatures?
Yes, it features an intelligent liquid cooling system that maintains an optimal operating temperature of 25ºC±2ºC, with a discharge range from -20ºC to 50ºC.
Is the system compatible with existing solar grids?
Absolutely. It is designed for grid-connected and off-grid applications, with optional automatic switching in less than 20ms to ensure uninterrupted power.
What certifications does the product hold?
Our systems are fully certified for international markets, including CE (EN 62619, EN 62477), UN38.3 for transport, and various grid-compliance standards like VDE 4105.
Can the capacity be expanded in the future?
Yes, the system features a modular design that allows for flexible configuration and easy expansion to meet increasing energy demands.

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