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Air Cooling 1.2MWH 1MWH 20GP Lifepo4 Battery Container Solar Energy Storage Systems
This container battery for solar systems features a LiFePO4 container design with fully integrated BMS, EMS, monitoring, air-cooling, and fire protection. It effectively extends battery cell lifespan and improves system stability. Ideal for power generation, grid connection, and commercial & industrial applications with high power capacity requirements.
Item No :
BESS-C1200Battery Type :
LiFePO4Communication mode :
CANBUS/Modbus TCP/IPCooling :
Air CoolingCapacity :
500KW / 1.2MWHOutput Voltage :
380V / 400V, Other Voltages CustomizedProtection Class :
IP54Warranty :
10 Years1MWH/1.2MWH energy storage system enclosed in a LiFePO4 container provides a space-efficient and durable solution for energy management. As a high-performance container battery for solar systems, it stores substantial energy with a compact footprint, making it ideal for urban or industrial environments where space is limited.
Specification
|
MODEL
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BESS-C1200
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|
|
Type
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Battery: 1.2MWH PCS/ Inverter: 500kW
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|
| Battery Cell |
LFP314Ah
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|
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Battery Pack
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51.2V 314Ah
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|
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Rated Voltage (V)
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768V(15 modules in series)
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|
|
Rated Energy (KWH)
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1200kWh
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|
|
Inverter
|
MPS 500
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|
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Rated Grid Voltage (V)
|
380V
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|
|
Protection Level
|
IP54
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|
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Cooling Method
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Air cooling (refrigeration, ventilation, heating)
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| Fire Protection System |
Integrated
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|
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Communication
|
CANBUS/Modbus TCP/IP
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|
Product Description
To ensure plug-and-play functionality, a 20GP integrated solution typically includes the following key components:
LFP (Lithium Iron Phosphate) battery rack: High cycle life, safe and stable.
PCS (Power Conversion System) or Hybrid Inverter: Enables AC/DC conversion.
BMS (Battery Management System): Monitors battery status and prevents overcharging and over-discharging.
EMS (Energy Management System): The core of the control strategy.
Temperature control system: Industrial-grade air conditioning to ensure constant cell temperature.
Fire suppression system: Automatic fire suppression system using aerosol.
Power distribution cabinet: Internal power distribution.
Containerized BESS – Engineered for Performance and Safety
-Modular Design – Enhances operational efficiency and limits fault impact scope
-Higher Efficiency – Eliminates DC circulating currents between clusters, increasing available capacity by 15% and system efficiency by 2%
-Highly Adaptable – Reliable operation in extreme temperatures up to 50°C
-More Secure – Modular fire protection system with safety isolation partitions inside the engine room
-Flexible Deployment – Scalable architecture for easy capacity expansion
-Long Lifespan – Design life exceeding 15 years
-Ideal for utility-scale, C&I, and microgrid applications where reliability and ROI matter most.
Questions&Answers
Q1: In which scenarios are 20GP containerized energy storage systems primarily used?
A: Due to its moderate size and strong scalability, the 20GP system is ideally suited for:
-Commercial and industrial users: Peak shaving and valley filling, reducing electricity costs for industrial parks or shopping malls.
-Integrated photovoltaic, energy storage, and charging systems: Working in conjunction with chargers and solar to mitigate the impact of charging stations on the power grid.
-Microgrids: Providing independent power sources for islands, remote mining areas, or areas without electricity.
Renewable energy generation: Smoothing output fluctuations from solar power plants or wind farms.
Q2. Can the system operate stably in extreme high or low temperature environments?
A: Yes. The 20GP container is equipped with an industrial-grade thermal management system.
Built-in air conditioning and insulation ensure that the battery always operates within its optimal temperature range (typically 15°C-25°C) in environments ranging from -20°C to 50°C,
thus guaranteeing battery life and charge/discharge efficiency unaffected by extreme weather conditions.
Q3. Compared to building traditional fixed energy storage facilities, what are the advantages of containerized energy storage systems?
A: They offer three major advantages: high integration, high mobility, and low cost.
Traditional infrastructure requires on-site construction, which is time-consuming and immobile;
while 20GP containerized energy storage, as a standardized plug-and-play unit, not only significantly reduces on-site civil engineering costs, but also allows for complete relocation to a new location after project completion, resulting in higher asset utilization.
After-Sales Service
● " 7/24 " After-Sales Support
● 7 days a week, 24 hours a day: Ready to respond and solve problems immediately—Sail Solar's commitment to worry-free after-sales service.
● Service Email: info@sailsolaress.com
Service Process
01
Submit Service Requests
Submit your service requests at any time via email, online customer service, or mobile app.
02
Rapid Response
Our service team will immediately respond to your requests and communicate the details of the issue with you.
03
On-Site Service or Remote Support
Depending on the nature of the problem, provide on-site service or remote technical support.
04
Problem Resolution
Our goal is to completely resolve your issue within 24 hours.
05
Follow-Up
After the problem is resolved, our team will continue to follow up to ensure your satisfaction with the service results.
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