S300 Stackable Power System LiFePO4 Battery 15360Wh Residential Energy Storage System
    Publish time 2023-07-13 19:35    

Stackable Power System LiFePO4 Battery 5200W Residential Energy Storage System 

Main Feature:

LIFEPO4 Battery
MODULAR DESIGN
Modular design, light weight, small size
LONG SERVICE LIFE
More than 10 years long service life
HIGH COMPATIBILITY BMS
High compatibility BMS, seamless
communication with energy storage inverter
CHARGE & DISCHARGE CYCLE
Suitable for long-term charge and discharge cycle


S300 Stackable Power System LiFePO4 Battery 15360Wh Residential Energy Storage System

Stackable Power System LiFePO4 Battery 5200W Residential Energy Storage System 

Main Feature:

LIFEPO4 Battery
MODULAR DESIGN
Modular design, light weight, small size
LONG SERVICE LIFE
More than 10 years long service life
HIGH COMPATIBILITY BMS
High compatibility BMS, seamless
communication with energy storage inverter
CHARGE & DISCHARGE CYCLE
Suitable for long-term charge and discharge cycle

Specifications

Model
S100S200
S300
S400
S500
5.12kwh
10.24kwh
15.36kwh20.48kwh25.6kwh
Rated Power5200W
Single module capacity
5.12kwh
Module number
1pcs
2pcs
3pcs
4pcs
5pcs
Total capacity
5.12kwh
10.24kwh
15.36kwh
20.48kwh
25.6kwh
Standard voltage
51.2V
Working voltage
43.2v-57.6V
Standard discharge current
100A
200A
300A
400A
500A
Standard charging current
50A
100A
150A
200A
250A
Suggested DOD
80%
Humidity
20%-60%
Installation
Stacked
IP rating
IP20
Communication
CAN/RS485/RS232(WIFI,bluetooth is optional and need extra cost)
Product size/unit
550*500*185mm
N.W./unit
40kg
Battery Input

Battery type
LFP
Rated Battery Input Voltage
48V ( Minimum Star tup Voltage 44V)
Hybrid Charging Maxi mum Charging Current
80A
Battery Voltage Range
40Vdc~60Vdc ± 0.6Vdc(Under voltage Warning/Shutdown Voltage/Over voltage Warning/Over voltage Recover y...)
Solar Input

Maximum PV Open-circuit Voltage
500vdc
PV Working Voltage Range
120-500Vdc
MPPT Voltage Range
120-450Vdc
Maximum PV Input Current
18A
Maximum PV Input Power
5200W
Maximum PV Charging Current
80A
AC Input(generator/grid)

Mains Maximum ChargingCurrent
60A
Rated Input Voltage
220/230Vac
Input Voltage Range
UPS Mains Mode:(170Vac~280Vac)±2% APL Generator Mode:(90Vac-280Vac)±2%
Frequency
50Hz/ 60Hz (Automatic Detection)
Mains Charging Efficiency
>95%
Switch Time (bypass and inverter)
10ms(Typical Value)
Maximum Bypass Overload Current
40A
AC Output

Output Voltage Waveform
Pure Sine Wave
Rated Output Voltage (Vac)
230Vac (200/208/220/240Vac)
Rated Output Power (VA)
5000(4350/4500/4800/5000)
Rated Output Power(W)
5000(4350/4500/4800/5000)
Peak Power
10000VA
On-load Motor Capacity
4HP
Output Frequency Range(Hz)
50Hz±0.3Hz/60Hz±0.3Hz
Maximum Efficiency
90
No-load Loss
Non Energy-saving Mode: ≤50W Energy-saving Mode:≤25W (Manual Setup) 

Why Lithium iron Phosphate Battery?

1. Lithium battery performance requirements include energy density, power density, cost, life and safety. Energy 

storage applications have relaxed requirements on energy density and power density of batteries, and more

emphasis is placed on reducing the cost of distributing storage power. Energy storage batteries should have low

cost and long life, and ensure the safety of battery applications.

 

2. Lifepo4 battery has become the main choice of energy storage battery due to its excellent safety, long cycle life,

abundant metal resources, low cost and environmental protection.

 

3. The performance of lithium iron phosphate material is close to the theoretical bottleneck, and it is difficult to 

improve the performance of the material. Low-cost long-cycle lithium iron phosphate cathode materials are 

currently being developed. Materials currently under development include high pressure solid density, fast charge,

high energy density materials (such as lithium ferromanganese phosphate)