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.
Articolo n. :
BESS-C1200Tipo di batteria :
LiFePO4Modalità di comunicazione :
CANBUS/Modbus TCP/IPRaffreddamento :
Air CoolingCapacità :
500KW / 1.2MWHTensione di uscita :
380V / 400V, Other Voltages CustomizedClasse di protezione :
IP54Garanzia :
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
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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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Battery Pack
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51.2V 314Ah
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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
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MPS 500
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Rated Grid Voltage (V)
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380V
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Protection Level
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IP54
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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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Communication
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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.
Servizio post-vendita
● Assistenza post-vendita " 7/24 "
● 7 giorni su 7, 24 ore su 24: pronti a intervenire e risolvere immediatamente i problemi: l'impegno di Sail Solar per un servizio post-vendita senza pensieri.
● E-mail di servizio: info@sailsolaress.com
Processo di servizio
01
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02
Risposta rapida
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03
Assistenza in loco o supporto remoto
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04
Risoluzione dei problemi
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05
Seguito
Una volta risolto il problema, il nostro team continuerà a monitorare il problema per garantire la tua soddisfazione in merito ai risultati del servizio.
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