215kWh - 271kWh Power Stack
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Industry & Commercial BESS
215kWh - 271kWh Power Stack
The Hystorix 215kWh – 271kWh Power Stack is a high-performance, modular lithium iron phosphate energy storage system engineered for large-scale commercial and industrial projects requiring flexible capacity within a robust and compact stackable architecture.
TUV Certified
IEC 62619
IP65 Protection
Nominal Capacity
215 kWh – 271 kWh
Nominal Voltage
864V
Rated Current
140A
Output Voltage Range
380V@AC
215kWh - 271kWh Power Stack
Why Choose Hystorix?
Smart & User Friendly
Modular plug-and-stack architecture with intelligent remote monitoring and broad inverter compatibility ensures effortless large-scale deployment and system management.
Secure & Reliable
Advanced multi-level BMS with comprehensive thermal management and multi-layer protection guarantees safe, stable operation across all industrial environments.
Efficient & Flexible
Scalable 215kWh–271kWh capacity range with seamless parallel expansion delivers maximum power flexibility for any commercial or utility-scale energy storage requirement.
215kWh - 271kWh Power Stack
Benefits
Maximum Energy Independence
Scalable capacity from 215kWh to 271kWh with seamless parallel multi-unit expansion empowers large commercial and industrial facilities to achieve complete energy independence, significantly reducing grid dependency and eliminating costly peak demand charges around the clock.
Unmatched Safety & Longevity
Built with premium Grade A LFP cells and advanced multi-level BMS protection, this power stack delivers a proven operational lifespan exceeding 6,000 charge-discharge cycles, ensuring decade-long reliable performance with minimal maintenance requirements for any large-scale installation.
Fully Customizable for Any Project
Flexible capacity configuration, multiple communication protocol support including CAN, RS485, and Modbus TCP, and custom enclosure options allow Hystorix engineers to tailor the perfect energy storage solution for any commercial, industrial, or utility-scale project specification.
Significant Return on Investment
By storing energy during low-tariff periods and discharging during peak pricing hours, this high-capacity power stack dramatically reduces commercial electricity bills with a typical ROI achieved within 3–5 years, making it a financially smart long-term infrastructure investment for any business.
215kWh - 271kWh Power Stack
Key Features
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01
Advanced Thermal ManagementIntegrated cooling system continuously regulates internal temperature, maintaining optimal cell performance and preventing thermal stress across all operating conditions.
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02
High Round-Trip EfficiencySuperior 95%+ round-trip efficiency minimizes energy loss during every charge-discharge cycle, maximizing overall system output and reducing operational electricity costs significantly.
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03
Parallel Multi-Unit ConfigurationMultiple power stack units connect seamlessly in parallel, enabling unlimited scalable expansion beyond 1MWh without any additional engineering or infrastructure investment.
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04
Remote Cloud MonitoringBuilt-in 4G and WiFi connectivity provides real-time performance data, system alerts, and diagnostic reports accessible from anywhere through an intelligent cloud platform.
215kWh - 271kWh Power Stack
Specifications
Product Model | HYIC001D768280 | HYIC001D864280 | HYDC00402D832314 |
Nominal Capacity | 215 kWh | 242 kWh | 271.3 kWh |
Battery Cell Specifications | 3.2V/280Ah | 3.2V/280Ah | 3.2V/314Ah |
Number of Series Parallel Connections in a Single Cluster | 1P240S (6 Pack) | 1P270S (6 Pack) | 1P270S (6 Pack) |
Cell Assembly | 1P40S*6 | 1P45S*6 | 1P4SS*6 |
Cell Type | LFP | ||
Battery Voltage Range | 672V~972V | ||
Nominal Voltage | 864V | ||
Battery Cabinet Dimensions (W*H*D) | 1500*1540*2130mm | ||
Weight Battery Cabinet | 2800Kg | ||
Protection Grade | IP65 | ||
Rated Current | 140A | ||
Charge Discharge Mode | 0.5P/0.5P | ||
Match PCS | 100KW | 125KW | ||
Battery Cycle Efficiency | ≥93%@AC | ||
Interface | Ethernet/RS485/CAN | ||
Communication Protocol | Modbus TCP / Modbus RTU / CAN 2.0 | ||
Output Voltage | 380V@AC | ||
Design Reference Standards | GB/T 36276-2023 | ||
Auxiliary Backup Power Supply | In-Line (Backup Power 0.5h) | ||
Operating Temperature Range | -30°C ~ 55°C | ||
Operating Humidity Range | ≤95% (Non-condensing) | ||
Altitude | <2000m (2000m ~ 4000m Reduced Operation) | ||
Liquid Cooling Unit | 8kw | ||
Thermal Management | Liquid Cooling + Heating | ||
Color | RAL 9003 | ||
Vibration | Zone 4 | ||
Noice | ≤75 dB @1m | ||
Fire Fighting | Perfluorohexane + Pack Level integrated automatic fire extinguishing system + manual fire extinguishing system for fire water inlet. Combustion Gas, Temperature, smoke detection system. | ||
Local Emergency | Yes | ||
Remote Emergency Stop | Yes | ||