| Availability: | |
|---|---|
| Quantity: | |
Adopting liquid cooling + AI thermal management, it achieves precise temperature control with a cell temperature difference ≤ 3℃. It greatly improves cycle life, charge-discharge efficiency and environmental adaptability. Compared with traditional air cooling, it has lower self-power consumption, faster heat dissipation and longer service life.
LFP high-safety battery cells with strong thermal stability
Cluster-level isolation, no parallel circulation current
Triple protection: PACK-level fire protection + perfluorohexanone + water fire protection
Smoke detection / temperature detection / thermal imaging / explosion-proof pressure relief / six-sided flame retardancy
Complies with standards such as UL1973, IEC62619, GB/T36276
20-foot container integrated design: Battery + PCS + BMS + EMS + Fire Protection + Power Distribution
Pre-assembled and pre-commissioned, enabling on-site rapid deployment and plug-and-play
Modular cluster design for convenient maintenance and on-line replacement
Intelligent BMS + EMS: Active balancing, accurate SOC calibration, remote monitoring
Supports RS485/CAN/MODBUS/IEC61850 for grid/platform connection
AI diagnosis, automatic early warning and low-power design, minimizing operation and maintenance
5016kWh large capacity, single cabinet meets high-power long-term energy storage needs
Supports multi-cabinet parallel connection, easily expandable to 10MWh/50MWh/100MWh level power stations
Suitable for wind/photovoltaic grid connection, grid peak regulation, peak shaving and valley filling, backup power supply, microgrid
Integrated Plug-and-Play Design: Integrates all key components — including long-life LFP batteries, BMS, PCS and thermal management system — into a standard outdoor container for easy deployment and expansion.
Excellent Safety and Active Protection: Equipped with a dedicated fire protection system and rapid and efficient early warning capability to ensure a high level of safety and risk mitigation.
Proven Long-Term Reliability: Adopts long-life lithium iron phosphate (LFP) batteries and advanced Battery Management System (BMS) to ensure durability, stability and extended service life.
High Performance and Efficiency: Equipped with a high-performance Power Conversion System (PCS) and an efficient thermal management system to maintain optimal power output and operational efficiency under various conditions.
Multi-Functional Application Value: Provides direct economic and operational benefits through peak shaving and valley filling, dynamic capacity increase, and as a reliable emergency power supply.
Category | Item | Specifications |
|---|---|---|
Battery Parameters | Cell Type | 3.2V / 314Ah, LFP |
Rated Voltage | 1331.2V | |
Voltage Range | 1040~1518.4V | |
Rated Power | 2500kW | |
System Capacity | 5016kWh | |
Configuration | 12P416S | |
Rated Frequency | 50Hz | |
Charge/Discharge Rate | 0.5C | |
System Parameters | AC Side Rated Voltage | 10kVAC |
AC Side Wiring Mode | Three-Phase Three-Wire | |
Heat Dissipation Method | Intelligent Liquid Cooling | |
Converter Cooling Method | Forced Air Cooling | |
Fire Protection Plan | Composite detectors (smoke, temperature, combustible gas) in PACK; Cabin-level combustible gas detector; Smoke sensor, temperature sensor, sound and light alarm; PACK spray, centralized spray; Perfluorohexanone fire extinguishing agent; Water fire protection | |
Protection Level | IP54 | |
System Communication Mode | CAN, RS485, Ethernet, 4G | |
Cycle Life | ≥6000 cycles | |
Product Weight | ≈44T | |
Product Dimensions | 6500×2700×2950mm | |
Environmental Conditions | Installation Method | Outdoor Installation |
Ambient Temperature | -20℃~55℃ | |
Humidity Range | 0~95% (non-condensing) | |
Altitude | 2000 meters |
Matching with PV inverter, it stores electricity during the day and discharges at night to save electricity bills, ensuring emergency power supply during power outages. It supplies power to all household appliances such as refrigerators, air conditioners, lighting, routers and computers, ensuring uninterrupted life.
For factories, shops and office buildings, it charges at valley periods and discharges at peak periods to significantly reduce electricity costs. As a UPS backup power supply, it ensures zero-interruption operation of production lines, cash registers and monitoring equipment.
It supplies power for RV parking life, fully meeting the needs of air conditioners, refrigerators, induction cookers and lighting. For marine DC power supply and yacht energy storage, it replaces traditional lead-acid batteries, being lighter, smaller and having longer endurance.
It provides off-grid power supply for mountainous areas, islands, pastures and field operations, and achieves energy self-sufficiency with PV. In emergency rescue and disaster relief sites, it provides reliable power for communication, lighting and medical equipment.
As a 48V backup power supply for 5G base stations and weak current equipment rooms, it replaces lead-acid batteries with maintenance-free and remote monitoring functions. For data center UPS systems, it provides uninterrupted power supply for servers and switches.
A: Yes, it must be installed and commissioned by a professional team with electrical engineering qualifications. This system is a high-voltage and high-power containerized energy storage system (BESS), involving high-voltage DC, high-voltage AC and strong current grid connection, with high operational risks. Operation by non-professionals may easily cause safety accidents such as short circuits, electric shocks, equipment damage and grid connection failures.
A: Yes. It supports multi-cabinet parallel expansion, which can be easily expanded to 10MWh, 50MWh, 100MWh or even larger-scale energy storage power stations, uniformly managed by EMS.
A: Smaller cell temperature difference (generally ≤3℃) and longer service life; higher heat dissipation efficiency, supporting higher rate charge and discharge; lower system energy consumption and smaller footprint; more suitable for harsh environments such as high temperature, high humidity and high altitude; higher overall reliability and safety.
A: Standard operating temperature: -20℃~+50℃. The liquid-cooled temperature control can ensure that the battery cells work in the optimal temperature range, and it can operate stably in extremely cold/high temperature areas.