Containerized Battery Energy Storage System
- All-in-one Design
- Cell: LFP batteries
- Max. Capacity: 2007kWh
- Max. Power: 1000kW
Key Parameters
Cell: LFP
Max. Capacity: 2007kWh
Max. Power: 1000kW
Rated Grid Voltage:AC400V, 3P4W+PE
Communication Interface & Protocol: Ethernet, Modbus TCP/IP
Size: 6058mm*2438mm*2896mm
Applications
Peak-Load Shifting
Benefit from the Time-of -Use Tariff
Microgrid for Islands and Remote Areas
Power Expansion
Renewable Energy Integration
Backup Power
EnerCube Battery Energy Storage System is launched by 1stess team with 15 years of electrochemical energy storage R&D and application experience, which adopts All-in-One design and integrates battery module, PCS, PDU, FSS, TCS, MPPT into the 20ft container and is suitable for the most demanding of industrial and commercial applications.
Product technical parameters
| Type | P400C860 | P500C1075 | P600C1290 | P700C1505 | P800C1720 | | DC side parameters | | Cell type &capacity | LiFePO₄-280Ah | | Battery module type | 1P20S | | System configuration | 4*1P240S | 5*1P240S | 6*1P240S | 7*1P240S | 8*1P240S | | Capacity(BOL) | 860kWh | 1075kWh | 1290kWh | 1505kWh | 1720kWh | | AC side parameters | | Grid type | 3P4W+PE | | Rated output power | 400kW | 500kW | 600kW | 700kW | 800kW | | Rated voltage | AC400V | | Rated frequency | 50/60(±5)Hz | | Maximum output current | 577A | 722A | 866A | 1010A | 1155A | | Harmonics | <3%(@rated power) | | Overload capacity | 110%,10mins;120%,60s | | General parameters | | Isolation transformer | No | | Protection level | Outdoor installation (Battery cabinet:IP55,Electrical room:IP34) | | Container anti-corrosion grade | C3 | | Operation temperature* | -20℃~50℃ | | Relative humidity | 0~95%(non-condensing) | | Permissible altitude** | <2000m | | Cooling method | Battery cabinet:HVAC,Electrical room:forced air cooling | | Fire fighting system | FAS &FM200/Novec1230 | | Noise emission | ≤75dB | | Dimension (W*D*H) | 20HQ container (6058mm*2438mm*2896mm) | | Maximum weight | 24500kg | | Communication interface | Ethernet | | Communication protocol | Modbus TCP/IP | | Warranty | 5 years (can be extended to 10 years)Warranty | |
Certification
| System:UN3536,LVD,EMC,RoHS Cell:IEC62619,UL1973,UL9540A PACK:UN38.3
PCS:G99,EN50549,AS4777.2,VDE4105 | | |
Multi-Sector Applications
Smart Cities & Urban Infrastructure
- Supports smart grid networks by stabilizing voltage fluctuations and reducing transmission losses in densely populated areas.
- Powers EV charging hubs in urban centers, enabling fast-charging capabilities without overloading local grids. A pilot project in Berlin reduced grid strain by 40% during peak hours .
Agriculture & Rural Electrification
- Provides reliable power for irrigation systems and cold storage facilities in off-grid farming regions. In India, a deployment increased crop yields by 25% through consistent energy supply .
- Enables microgrid solutions for remote villages, replacing diesel generators and reducing carbon emissions by 70% .
Healthcare & Emergency Services
- Ensures uninterrupted power for hospitals and emergency response centers, with 72+ hours of backup during grid outages. A Texas hospital credited the system for maintaining critical care during the 2023 winter storm .
- Supports vaccine storage in developing regions, where temperature stability is crucial for efficacy .
Mining & Heavy Industry
- Reduces operational costs by peak shaving and load management in energy-intensive mining operations. A Chilean copper mine saved $1.2M annually in energy expenses .
- Enables hybrid energy systems by integrating solar and wind power, reducing reliance on fossil fuels in remote mining sites .
Innovative Features Redefining Energy Storage
Advanced Safety Mechanisms
- Combines BYD blade-cell technology with multi-stage fire suppression (Novec1230 + water mist), achieving unparalleled safety in harsh environments .
- Self-diagnostic BMS detects anomalies 60% faster than industry standards, minimizing downtime and maintenance costs .
Scalability for Future Growth
- Modular design allows capacity expansion from 860kWh to multi-MWh, supporting phased investments for growing enterprises .
- Cluster balancing technology ensures 100% capacity utilization, eliminating inefficiencies in large-scale deployments .
Smart Grid Integration
- Cloud-based EMS provides real-time monitoring, predictive analytics, and participation in frequency regulation markets .
- Achieves <100ms grid response, meeting stringent requirements for fast frequency response (FFR) services .
Sustainability & Efficiency
- LFP batteries offer 8,000+ cycles with 90% round-trip efficiency, reducing lifecycle costs by 30% compared to NMC alternatives .
- Liquid cooling ensures optimal performance in extreme temperatures, from -25°C to 55°C .
Market Dynamics & Strategic Opportunities
Policy Tailwinds Driving Adoption
- EU’s Green Deal and China’s dual-carbon strategy mandate energy storage integration for renewable projects, creating a $12B annual market by 2025 .
- Inflation Reduction Act (IRA) incentives in the U.S. offer tax credits for industrial storage deployments, accelerating ROI timelines .
Technological Synergies
- Integration with IoT platforms enables real-time energy optimization in smart factories and buildings .
- Blockchain-based P2P energy trading platforms leverage the system’s flexibility to monetize surplus power in community microgrids .
Economic Shifts & Competitive Landscape
- LFP battery costs have dropped 18% YoY, making storage systems cost-competitive with diesel generators in off-grid applications .
- Rising energy prices and carbon taxes in Europe and Asia-Pacific regions incentivize adoption for cost savings and compliance .
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