EBSU-CE2818SX1 PP0Y LFP Battery Container
Instruction Manual
Energy Storage Solution
LFP Battery Container
- Compact design of standard 10-ft shipping container for easy transportation and installation
- Built-in fire protection system, compliant with UL 9540A safety test standard
- Battery system with built-in controls, offering flexible scalability from 708 kWh to 7.78 MWh
Fully-Integrated Battery Solutions
Redefining Safety and Performance with Effortless Installation,
Remarkable Scalability, and Integrated Fire Protection System
Delta’s LFP battery container is designed for grid-scale and medium to large-scale industrial energy storage applications. Built on a standard 10-ft shipping container with compact design and simple installation procedure, the battery system can be rapidly deployed.
LFP battery container is high energy density, offering scalability from 708 kWh to 7.78 MWh. This flexibility allows it to accommodate varying spatial and capacity requirements for different sites, optimizing land utilization.
In addition, LFP battery container features redundant communication support for the installation site with built-in controls, enhancing the communication stability of the energy storage system. It also incorporates several sensors and a fire protection system to ensure the safety of the energy storage system.
Features
High Energy Density with
Flexible and Scalable Configuration
- High energy density, effectively utilizing space
- Flexible configuration ranging from 708 kWh to 7.78 MWh battery capacity
Easy Transportation and Installation
- Whole-container transport without the need to remove battery modules
- Containers connected by flexible duct connectors on the top, tolerating positioning errors and reducing on-site installation time
Built-in Fire Protection System
Enhancing Inherent Safety
- Real-time cell monitoring: temperature and voltage of each cell
- Dual-redundant environmental sensors: smoke, heat, humidity, flammable gas, and flood
- Fire protection system: detection system, gas venting system, aerosol fire extinguisher and fire sprinkler system
Integrated Control and Monitoring
- Built-in controls seamlessly integrate batteries and PCSs without the need for additional equipment and space
- Built-in Human-Machine Interface (HMI): on-site access to real-time field information
- Dual-redundant communication enhanced of communication stability and monitoring efficiency
Product Configuration and Design
Battery System
Reinforced Storage Container
- Three-layer structure composed of double steel plate and fireproof rock wool boards (fire retardant up to 60 minutes)
- Cables and wires in accordance with IEC 6033
- IEEE 693 Recommended Practice for Seismic Design of Substations
- Corrosion protection according to ISO 12944 C5M (C5H optional)
- Access control for vandalism prevention
Battery Container
Redundant Detection System
- Smoke detectors
- Flammable gas detectors
- Heat detectors
- Door sensors
- Flood detectors
- Humidity sensors
Battery Module Protetcion
- Real-time monitoring of each battery cell
- Big data for aging/abnormality detection
- Insulation design of battery module
- Built-in fuse
- Cell balancing mechanism
Fire Safety Protection
- Gas venting system
- Aerosol fire extinguisher
- Fire sprinkler system
- Fire alarm siren & strobe
Safety Certification
- UL 9540A
- UL 1973
- IEC 62619 including fire propagation
- UN 38.3
- IEC 60730
- IEC 61000 -6-2/ -6-4
- IEC 62477
- CE / UKCA Mark
Software Interface
Human Machine Interface (HMI)
- Easy Commissioning
On-site view of real-time information on the battery system - Real-Time Monitoring
Operation information, environment status, UPS status, warnings, and battery information (e.g. SoC, SoH, voltage, current, temperature), etc - Convenient Maintenance
Service mode option enables technicians to maintain the battery system easily
Battery Management System (BMS)
- Clear Overview of Battery Status
Intuitive UI for real-time display of battery string parameters - Quick Diagnosis and Debugging
Easy access to error codes, database, daily logs, and entry records
Specifications
| Type | Single Container (IEC Version) | Battery System (IEC Version) | |
| AIO | Battery | ||
| Model Name | EBSU-CE2818SX1 PP0Y1 EBSB-CE2818SX1 PS0Y1 | EBSB-CE2818S3PP0Y1 EBSB-CE2818S4PP0Y1 | EBSU-CE2818SX2 PP0Y1 EBSB-CE2818SX2 PS0Y1 |
| Installed Capacity | 0 to 1416 kWh | 1770 kWh to 7788 kWh | |
| Rated Power | – | 757 kW to 3333 kW | |
| Battery Cell | LFP 280 Ah Cell | ||
| DC Voltage Range | 1089 to 1386 Vdc | ||
| String Configuration | 396S-1P | ||
| Modules per String | 18 | ||
| Max. Charge/Discharge Current | 3080 A | ||
| Recommended DoD | 95% | ||
| Auxiliary Power | 220/380 Vac (3P4W) ±5% | ||
| Communication Interface | Ethernet | ||
| Communication Protocol | Modbus | ||
| Environment | |||
| Environment Condition | Outdoor | ||
| Altitude | < 2000m | ||
| Operating Temperature | -30 ℃ to +50 ℃ | ||
| Ambient Humidity | 0 to 100 % RH (non-condensing) | ||
| Storage Temperature | 1 month: -20 ℃ to +45 ℃, <70% RH ; 1 year: 0 ℃ to +35 ℃, <70% RH | ||
| Ingress Protection | IP54; Type 3R, NEMA 3R compliance | ||
| Corrosion Resistance | Compliant with Severity-1 (IEC 60068-2-52); Passed 720-hour salt mist test (ISO 9227), ISO 12944 Level C5M | ||
| Container Standard | ISO 668 | ||
| Seismic Level | IEEE 693 (0.5 G, 2% damping) | ||
| Operation | |||
| Measurement Accuracy | Voltage: ±0.5 %; Current: ±1 % ; Temperature: ±2 ℃; SoC: ≤5 % | ||
| HMI | For monitoring and maintenance | ||
| BMS Log | 90 days | ||
| BMS Power Backup | UPS power backup for 60 minutes | ||
| Time Calibration | NTP time synchronization | ||
| Safety Protection | |||
| Fire Safety Equipment | Gas-venting system, aerosol fire extinguisher and fire sprinkler system | ||
| Detection Sensors (per Container) | Heat (x2), smoke (x2), gas (x2), flood (x2), humidity (x4), door (x4) | ||
| Mechanical Information | |||
| Dimension (W x D x H) | 2438 × 2990 × 2896 mm (per Container) | ||
| Weight | AIO Container: 12,000 kg (with 2 battery strings) Battery Container: 16,000 kg (with 4 battery strings) | ||
- Where X 1 can be 0,1,2, which indicates the number of battery strings.
- Where X2 can be a number from 5 to 22, which indicates the number of battery strings.
- Where Y1 is a serial number indicating the battery system version.
Specifications are subject to change without prior notice.
Please refer to the actual product purchased, and the latest version can be obtained from sales channels.
Delta Electronics
16 Tungyuan Road, Chungli Industrial Zone, Taoyuan City 32063, Taiwan
TEL: +886 3 4526107
EISBG.Marketing@deltaww.com
www.deltaww.com
https://www.deltaww.com/en-US/products/Energy-Storage-Systems/ALL/
More Information
Documents / Resources
 | DELTA EBSU-CE2818SX1 PP0Y LFP Battery Container [pdf] Instruction Manual EBSU-CE2818SX1 PP0Y LFP Battery Container, EBSU-CE2818SX1, PP0Y LFP Battery Container, LFP Battery Container, Battery Container |