Best Lithium Ion Battery for Solar Panel
Features:
1. High Inverter Compatibility.
2. Reliable LiFePO4 battery Cell.
3. Superior safety, 10 years warranty.
4. Easy to install,
small volume, light weight, large
capacity.
5. Up to 8Pcs Scalable in Series or in Parallel.
6. BMS built-in with WIFI module to see the battery running information.
7. High temperature performance.
Application:
Specification:
|
Model |
CL4850B |
|
Total Energy* |
2.5kWh |
|
Usable Energy (DC)* |
2.2kWh |
|
Nominal Charge/Discharge Power |
1.5kW |
|
Peak Power (Only discharge) |
6kWh for 3 seconds |
|
Constant Current (Only discharge) |
40A |
|
Voltage |
48~56Vd.c |
|
Nominal Voltage |
51.2Vd.c |
|
Nominal Current |
30A |
|
Max. Charge Voltage |
57.6Vd.c |
|
Weight |
23kg |
|
Dimension(mm) |
500*442*88mm |
|
Max. Recommended DOD |
90% |
|
Operating Condition |
Indoor |
|
Operating Temperature(Charge) |
From 0~45ºC |
|
Operating Temperature(Discharge) |
From -10~55ºC |
|
WIFI Frequency Range |
2400MHz~2483MHz |
|
Humidity |
20-60% (No condensed water) |
|
Pollution Degree |
3 |
|
Over Voltage Category |
II |
|
Cooling Type |
Natural cooling |
|
Case Material |
Metal |
|
Installation |
Cabinet or Wall mountable |
|
IP rating |
IP 20 |
|
Protective Class |
I |
|
Max. Connection Number |
8S/8P |
|
Warranty |
10 years |
|
Life Span |
>15 years |
|
Communication |
CAN/ RS485 |
|
Protection Mode |
Dual hardware protection |
|
Battery Protection |
Over-current/Over-voltage/Short circuit/ Under-voltage/Over temperature |
|
Safety |
Cell TUV |
|
CE |
|
|
Hazardous Material Classification |
9 |
|
Transportation |
UN 38.3 |
1) Off Grid Solar Storage System with Lithium Battery 2) On Grid / Off Grid Hybrid Solar System
Intelligent Service Platform for remote monitoring and management
Remote monitored by APP for LiFePO4 battery system
Functions of LiFePO4 Battery BMS (Battery Management System):
(1) Measurement of LiFePO4 battery terminal voltage.
(2) Energy balance between single LiFeP04 cells.
(3) Total battery voltage measurement.
(4) Total battery current measurement.
(5) SOC calculation: estimate the remaining power of the Lithium battery.
(6) Dynamically monitor the working state of the LiFePO4 battery pack: prevent
over charging or over discharging.
(7) Real-time data display.
(8) Data recording and analysis: maintain the reliability and efficiency of the
entire battery operation.
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