MOPO M CBESS

Code: FIPP32

Containerized Energy Storage System (CBESS), an energy storage system is a system consisting of a PCS or HPS power converter device combined with a MOPO lithium battery system for energy storage and a cooling system, the fire protection system is installed in a container.
The system works with the principle of storing electricity from the grid or renewable energy sources such as solar and wind power systems and then discharging electricity to the customer's load or grid according to the time fr

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Advantages

-The energy storage system has a long life cycle of more than 15 years.

- CBESS system is applied intelligent technology, is operated automatically, and controlled 24/24 via the internet.

- The maintenance and service of the system is easy and simple;

- The system has a high energy storage density to save system space;

- The system is always cooled by the air conditioning system to ensure the battery is in the best operating condition (the temperature in the container is always guaranteed from 20 degrees Celsius to 25 degrees Celsius);

- The system is tested for fire protection system with FM200 gas, both ensuring system safety, and FM200 gas is friendly to people and the environment;

- Ensure uninterrupted power to electrical equipment when switching the charging/discharging state of the CBESS system; 

- With each modular 48100 battery in the CBESS system, there is a separate BMS battery management system to ensure the control of upper and lower threshold voltage of each cell and battery, control of charge and discharge current, temperature control, and the entire operation of the battery system.

Application

-Peak-shaving, store grid power and renewable energy, such as solar and wind power and discharge to the grid or loads when needed;

- Store energy during off-peak hours and discharge during peak hours to save electricity bill costs;

- Effectively used for commercial centers, airports, large commercial buildings, production facilities, or any place with power high consumption units with electricity prices differentiation in peak and off-peak hours. 

- Used for residential areas to ensure a stable power source, not being affected by weak electricity to electrical equipment; 

- Combined with solar and wind power systems to supply electricity to remote areas, islands without electricity infrastructure.

No. Items Parameter
1 Model Storage M (40 Feet)
2 Nominal Voltage (V) 700
3 Rated Energy (C/3 KWh) 1058
4 Nominal Charge Power (KW) 500
5 Nominal Discharge Power (KW) 500
6 Maximum Voltage Max (V) 900
7 Minimum Voltage Min (V) 600
8 Maximum Charge Current (A) 714
9 Maximum Charge Power (KW) 500
10 Maximum Discharge Current (A) 714
11 Maximum Discharge Power (KW) 500
12 Charge Time @ Nominal Power (h) 4
13 Discharge Time @ Nominal Power (h) 2.4
14 Fast Charge time @ Max Charge Power (h) 2
15 Fast Discharge time @ Max Discharge Power (h) 2
16 Insulation Resistance (1000V-0C)

10MΩ

17 Operating temperature -20⁰C/ + 55⁰C
18 Cycle efficiency (roundtrip, 1C)  96%
19 Self-discharge < 5%/ 1 month
20 Calendar life at 25⁰C/ + 77⁰F > 25 year
21 Cycle life at 80% DOD, 25⁰C/ + 77⁰F, 1C/ 1C 3500
22 Cycle life at 80% DOD, 25⁰C/ + 77⁰F, 0.5C/ 0.5C 4400