ESAI-750/2064 (EU)
Battery Voltage Range (Vdc)
1075.2 - 1363.2
_angle.png)
Technical Specifications
Operating Temperature Range
-4°F (-20°C) to 104°F (40°C)
Product Type Title
All-in-One BESS - Container
Product Group Title
All-in-One Battery Energy Storage - Container
Product Group
ESAI-CON Series
Product Group Information
The ESAI containerized series delivers turnkey, commercial and utility-grade battery energy storage by integrating batteries, power conversion systems (PCS), thermal management, fire protection, and supervisory controls into a single, factory-assembled container platform. Designed for MW/MWh-scale deployments, ESAI series reduces on-site complexity, accelerates project timelines, and minimizes integration risk. Built for grid services, renewable smoothing, microgrid applications, and large commercial energy optimization, ESAI provides high-efficiency power conversion, intelligent system monitoring, and modular scalability to match evolving capacity requirements. Factory integration and pre-validation streamline engineering, procurement, and commissioning, reducing field labor and improving schedule certainty.
Group Information
Containerized, all-in-one battery energy storage systems integrating batteries, PCS, thermal management, and controls for utility-scale and MW/MWh commercial projects.
Product Description
All-in-one energy storage built for performance, control, and long-term value. The ESAI-750/2064 (EU) delivers 750 kW of power and 2064 kWh of capacity in a fully integrated, high-capacity containerized energy storage system, designed for large-scale commercial, industrial, and grid applications. By combining batteries, PCS, and control systems into a single containerized platform, the all-in-one BESS enables streamlined deployment while supporting centralized energy strategies across complex sites and high-demand operations. Engineered for demanding applications, the system supports advanced operating modes, including grid-connected, off-grid, and hybrid, allowing operators to optimize energy flow, manage peak demand, and maintain resilience under varying load conditions. With scalable, parallel architecture and independently managed battery strings, the ESAI-CON Series enables efficient capacity expansion, simplified maintenance, and improved system performance over time. Advanced battery management, multi-layer safety systems, and compliance with global standards ensure safe, reliable operation while meeting regulatory and insurance requirements. Designed for long-term performance, the ESAI-750/2064 (EU) integrates advanced thermal management and intelligent controls to maximize efficiency, extend battery life, and deliver consistent, high-output energy at scale.
Frequency (Hz)
50/60
Max. AC Power (kW)
825.0
Cell Specification
3.2V 280Ah
Pack Configuration
1P16S
String Configuration
1P384S
Packs per String
24.0
Strings per System
6.0
Battery Voltage Range (Vdc)
1075.2 - 1363.2
Grid Voltage Range (Vac)
340 - 440
AC Rated Current (A)
167.3 x 6
DC Charge/Discharge Current (A)
162.7 x 6
Voltage
1228.8
Stored Energy (Wh)
2064
Cycle Life
6000
Power Factor
0.1 - 1 leading and lagging (controllable)
THDI
≤1.5%
Battery Chemistry
LiFePO4
AC Rated Voltage (Vac)
400
Rated Power (kW)
750
Energy Management System
Optional
| Characteristic | ES750A2064G7NNCXCE |
|---|---|
| Available in US | y |
| Available in EMEA | y |
| Cooling Method | HVAC |
| Supply Input | 3P + PE |
IP Rating
IP54
Communication Interface
RS485, Ethernet, Modbus RTU/TCP
Product Image
_angle.png)
Approximate Weight (kg)
24000.0
Approximate Weight (lbs)
52911.0
Length (in)
96.0
Length (mm)
2438.0
Width (in)
238.5
Width (mm)
6058.0
Height (in)
102.0
Height (mm)
2591.0
Operating Humidity
≤95% without condensation
Network Connectivity
Ethernet
Fire Fighting System
Yes
Gas Detection / Release
CO/H2 gas detection and release system
Backup Power & Resilience
Backup Power & Resilience
- Backup Power & Resilience
Energy Arbitrage
Energy Arbitrage
- Energy Arbitrage
EV Charging Support
EV Charging Support
- EV Charging Support
Frequency Regulation & Grid Services
Frequency Regulation & Grid Services
- Frequency Regulation & Grid Services
Load Management
Load Management
- Load Management
Microgrids & Off-Grid Systems
Microgrids & Off-Grid Systems
- Microgrids & Off-Grid Systems
Peak Shaving & Demand Charge Reduction
Peak Shaving & Demand Charge Reduction
- Peak Shaving & Demand Charge Reduction
Power Quality Conditioning
Power Quality Conditioning
- Power Quality Conditioning
Renewable Energy Integration
Renewable Energy Integration
- Renewable Energy Integration
Time-of-Use Optimization
Time-of-Use Optimization
- Time-of-Use Optimization
Advanced Battery Management System
Advanced Battery Management System
- Provides multi-layer protection and real-time active balancing to enhance safety, optimize performance, and ensure reliable long-term system operation
All-in-One Design
All-in-One Design
- Integrates PCS, batteries, and control systems into a single pre-assembled unit, reducing installation time, lowering costs, and simplifying on-site deployment
Bi-Directional PCS
Bi-Directional PCS
- Supports efficient charging and discharging with multiple operating modes, enabling optimized energy flow, islanding detection, and reliable off-grid operation
Global Safety Compliance
Global Safety Compliance
- Certified to global safety standards, ensuring safe, reliable operation across diverse applications, meeting the expectations of regulators, insurers, and customers
Independent Battery Strings
Independent Battery Strings
- Allows each battery string to operate independently, simplifying maintenance, reducing system interaction, and improving overall operational efficiency
Modular System Architecture
Modular System Architecture
- Modular architecture supports parallel configurations to efficiently meet site-sizing requirements while maintaining consistent core infrastructure