1000KW/2170KWH Liquid Cooling All-in-One Battery Energy Storage Container
Product Paraments ：
All-In-One integrated structure, with a rated energy of 2170kWh and a rated power of 1000kW. The system consists of 9 liquid-cooled battery clusters of 1P240S 314Ah cells, 9 modular bidirectional power converters (PCS), 1 vertical 40kW liquid cooling unit, 1 aerosol fire extinguishing system, 1 dynamic environment monitoring system and 1 container-level EMScontrol system. Each battery cluster is composed of 5 battery packs and 1 high-voltage box and each battery pack is made up of 3.2V 314Ah cells connected in 1 parallel 48 series configuration.
| DC Side | |
| Cell Type | LFP314Ah |
| PACK Configuration | 48.23kWh/1P48S |
| Battery System | 2170.3kWh/9P240S |
| DC Voltage Range | 672~864Vdc |
| PACK Ingress Rating | IP65 |
| Rated DC Voltage | 768V |
| Max.Charge/Discharge Rate | 0.5P |
| Max.Depth of Discharge | 100%(25 ± 2 ℃) |
| AC Side | |
| Rated Output Power | 1000kW |
| Max. Output Power | 1100kW |
| THDi | <3% |
| DC Ratio | <0.5%Ipn |
| AC Voltage Range | ±15% |
| Grid Type | 3W+PE/3W+N+PE |
| Rated AC Voltage | 230/400V |
| Nominal Frequency | 50/60 Hz |
| Power Factor | 0.99/ -1 ~ +1 |
| General | |
| Max. Round Trip Efficiency | ≥88% |
| Cycle Life | ≥8,000 times |
| Communication | Modbus TCP/IP, RS485 |
| Ingress Rating | IP55 |
| Cooling | Liquid cooling+Forced air cooling |
| Operating Temperature | -25ºC~55ºC(Derate after 45ºC） |
| Humidity | 5-95%RH, non-condensing |
| Noise | ≤80dB |
| Altitude | 4,000m (derating above 2,000m) |
| Fire Safety | Aerosol system(pack level and container level), Water spray system |
| Dimensions (W*D*H) | 6058*2438*2591 (mm) |
| Weight | 28T |
| Compliance | UN38.3, IEC62477, IEC61000, IEC62619, IEC63056, UL9540A, EN50549 |
Product Details:
Liquid -Cooled Pack :
 |  Including 2 PCS cabinets, with a total of 9 125kW PCS. Each PCS is connected to one battery cluster and controls the charging and discharging of this battery cluster. |
| DC-side Parameters | |
| Rated DC power (kW) | 125 |
Number of routes | 1 |
| Maximum input current (A) | 203 |
| Voltage range (V) | 680-950Vdc |
| Voltage limiting | Support |
| Current limiting | Support |
AC-side Parameters | |
| Rated output power (kW) | 125 |
| Max. output power(kW) | 137.5 |
| Rated output current (A) | 145 |
| AC wiring | Three-phase four-wire (3L+N+PE) |
| Isolation | Non-Transformer |
| Power factor | -1 to+1 |
| Rated voltage (Vac) | AC400V/230V |
| Voltage range (Vac) | 400V(-15%to+15%) |
| Rated grid frequency(Hz) | 50/60 |
PCS :
 | The container utilizes the ECO-P1P48LP liquid-cooled battey pack, which is equipped with 314Ah cells. It features a 1P48S configuration and employs liquid cooling to maintain a temperature difference among the cells within 3 ℃, thereby enhancing operational efficiency and extending the service life of the battery. |
BMS:
 | The POC cabinet is mainly divided into three parts: AC collection, auxiliary distribution, and energy management system (EMS). 1. AC Output and Grid Connection: The AC output side of PCS cabinet in the system is connected externally through the AC frame circuit breaker in the distribution cabinet; the container is connected to the power grid through the distribution cabinet. 2.Core parameters: the output specification is AC400V/50 (60) Hz, supporting three-phase four-wire system to connect to the low-voltage power supply network. 3.System configuration: AC pooling system is equipped with main switch and surge protector. 4.EMS function (integrated in the container) Responsible for container system data collection, monitoring, information uploading and instruction receiving; Realising communication interface with third party systems. |
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EMS Platform can monitor of PCS,BMS,air conditioning in real time.It can adapt charge and discharge strategies to achieve energy peak and valley arbitrage. Reducing customer electricity costs. EMS series products adopting an integrated architecture design, the system is suitable for user-side ESS, microgrid and PV-plus ESS and more. It ensures that the system operates optimally at all times, maximizing overall benefits and shortening ROI.
Detailed Photo:
