As companies and utilities adopt more renewable energy sources such as solar and wind, efficiency and reliability have become top priorities for energy buyers. Many European and U.S. procurement teams now prefer containerized battery energy storage systems because they offer faster deployment, stronger safety features, and better long-term cost savings.
Our company specializes in 20ft and 40ft containerized LFP energy storage solutions, using advanced liquid cooling, integrated fire protection, and modular energy expansion to meet the needs of commercial, industrial, and utility-scale projects.
A containerized battery energy storage system is a complete, ready-to-deploy unit that houses all critical components inside a standard shipping container.
Our brand’s solutions include:
Energy Capacity: 1.0–3.0 MWh
Battery Type: LFP (Lithium Iron Phosphate)
Cooling System: Optional air cooling or liquid cooling
Protection Level: IP54–IP55
Ideal for: commercial loads, EV charging hubs, industrial peak shaving
Energy Capacity: 3.0–5.0 MWh
Battery Type: LFP high-density modules
Cooling: High-efficiency liquid cooling system
Safety: Integrated fire detection + aerosol or gas fire suppression
Ideal for: utility-scale renewable projects, microgrids, grid support
Intelligent Battery Management System (BMS)
EMS for real-time control and scheduling
PCS converter for AC/DC bidirectional power flow
HVAC or liquid cooling to maintain stable temperatures
Fire suppression systems with multi-level protection
Optional black start capability
Remote monitoring platform for 24/7 system control
Our systems use A-grade lithium iron phosphate (LFP) cells, known for:
Round-trip efficiency: 88–95%
Cycle life: 6,000+ cycles
Greater resistance to thermal runway
Stable performance in most climates
This combination ensures more stored energy can be delivered when needed, creating strong long-term economic returns.
Our 20ft and 40ft BESS containers are designed for plug-and-play deployment.
Key benefits include:
Factory-integrated systems reduce on-site construction
Standardized container footprint simplifies transport
Add more containers to scale from 1 MWh → 10 MWh → 50+ MWh
Fast commissioning with preset BMS/EMS configurations
This makes our system ideal for EPC firms, industrial parks, and renewable developers who need a flexible and scalable solution.
Our latest liquid cooling technology provides:
±1°C temperature uniformity
Longer battery lifespan
Reduced energy consumption of HVAC
Lower risk of local overheating
Compared with air cooling, liquid cooling systems maintain battery health more effectively—especially in high-temperature regions or during high power charging/discharging.
Every container includes:
Cell-level temperature and voltage monitoring
Gas, smoke, and thermal sensors
Multi-stage fire suppression systems
Automatic system shutdown and isolation
Optional water-mist systems for 40ft containers
This allows buyers to operate in compliance with global standards including CE, UL, UN38.3, and IEC 62619.
The system charges using energy from solar, wind, or the electric grid.
Energy is converted to DC and stored inside LFP battery modules.
Our BMS ensures safe operation by monitoring every cell and balancing each battery string.
Liquid cooling maintains optimal temperature conditions, giving the system stability even during long charge or discharge periods.
Energy is converted back to AC through the PCS and delivered to:
Factories
Business parks
EV charging stations
Microgrids
Utility networks
Our EMS system enables applications such as:
Peak shaving
Backup power
Grid support
Load shifting
Renewable smoothing
Reduce peak demand charges
Provide backup power
Support machines and critical loads
Store daytime solar energy
Smooth wind fluctuations
Improve renewable energy utilization
Frequency regulation
Voltage control
Capacity support during peak seasons
Our 20ft 2MWh container is especially popular in this sector:
Supplies stable fast-charging power
Reduces transformer upgrades
Lowers electricity costs during peak hours
Our systems provide several advantages:
1–5 MWh capacity per container
Liquid cooling for long life
High-safety LFP cells
Fast installation—up to 40% quicker than traditional rooms
Remote monitoring for easier maintenance
Modular architecture for project expansion
From industrial customers to renewable project developers, buyers appreciate our combination of safety, performance, and cost efficiency.
With improving battery technology and intelligent software, our next-generation containers will deliver:
Higher energy density
More precise real-time monitoring
Faster commissioning
Stronger fire safety strategies
Deeper integration with solar and wind systems
Given these advancements, containerized battery energy storage systems will remain one of the safest, most efficient, and most cost-effective solutions for the next decade.
Whether you are developing a utility-scale solar plant, upgrading an industrial facility, or building an EV charging network, our 20ft and 40ft containerized LFP battery systems provide a reliable and efficient storage option. With liquid cooling, advanced safety protection, and modular MWh-level scalability, our systems offer long-term stability and strong return on investment.
If you are looking for a high-performance containerized battery energy storage system, our brand delivers a complete, ready-to-deploy solution built for modern energy demands.
