Long Cycle Lifepo4 Storage Battery Container Energy Storage System
100kw Energy Storage Container 100Kwh Lithium Battery Industry Solar Energy System
Energy storage containers are efficient energy storage devices that can store various types of energy such as electricity, solar energy, and wind energy for future use. These containers can be used anywhere, whether in urban or remote areas, to provide reliable energy reserves for users.
Made of high-quality materials, energy storage containers have multiple safety measures such as waterproof, fireproof, and explosion-proof features to ensure safe use. Additionally, these containers have a high energy conversion rate, quickly converting stored energy into electricity to provide users with stable power supply.
Energy storage containers also have an intelligent control system that enables remote monitoring and control. Users can monitor the container’s operating status and energy reserves anytime, anywhere through devices such as smartphones or computers, making management and maintenance more convenient.
In summary, energy storage containers are efficient, safe, and reliable energy storage devices that provide stable power supply to meet users’ energy needs in different scenarios.
Specification of GreFlow Energy Storage Container
| Number | Project | 65kW/120kWh | 125kW/240kWh |
| DC side parameters |
| 1 | Cell selection | EVE 3.2V / 304Ah (Prismatic cells) |
| 2 | Battery distribution,
storage capacity
(kWh) | 120 | 240 |
| 3 | Battery group
mode | 125S1P | 125S2P |
| 4 | Maximum voltage
range (Vdc) | |
| 5 | depth of
discharge | |
| 6 | cycle life | 6,000 times (25℃,0.5C/0.5C, 70% EOL) |
| 7 | BMS configure | |
| AC side parameters |
| 8 | Grid-connected
access mode | 3L | 3L+N |
| 9 | Rated output
voltage (Vac) | 400 |
| 10 | Rated output
power (kW) | 65 | 125 |
| 11 | Maximum output
power (kVA) | 68.8 | 137.5 |
| 12 | 50 rated frequency | |
| 13 | power factor | |
| 14 | direct
component | |
| 15 | Off-grid switching
time (ms) | |
| system parameter |
| 16 | Size (W * H * D,
mm) | 1300*1900*1400 | 2400*2500*1400 |
| 17 | w e i g h t ( k g ) | 1800 | 3600 |
| 18 | Working environment temperature: (℃) | |
| 19 | Working Environment
Humidity (% RH) | |
| 20 | Noise (dB) | |
| 21 | h e i g h t ( m ) | |
| 22 | Thermal
management form | Liquid cooling + dehumidifying |
| 23 | Fire form | Cabinet grade perfluorohexone + combustible gas detection |
| 24 | communication
interface | |
| 25 | human-computer
interaction | |
| 26 | levels of
protection | |
| 27 | Charge / discharge
switching time
(ms) | |
| 28 | Maximum system
efficiency | ≥90% | 88% |
| 29 | Off-grid function | |
The Picture Energy Storage Container 100kw 200kw lithium battery we made before
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EMS Energy Management System of Energy Storage Container
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