Versatile 48V 100Ah LiFePO4 Solar Battery for Off grid Applications Reliable 48V 200Ah 300ah Lithium Iron Phosphate Battery pack
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- Supplier: Chengdu Jute Technology Co. Ltd.
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Product Overview
Description
Products Description
Model | XPB-48100 | XPB-48150 | XPB-48200 | ||
Standard Voltage | 48VDc | ||||
Voltage | 37.5-54.75VDc | ||||
Norminal Capacity | 100Ah | 150Ah | 200Ah | ||
Rated Capacity | 4.8kWh | 7.2kWh | 9.6kWh | ||
Commumication Protocol | CAN / RS485 / WIFI / 4G / Blue Tooth | ||||
Efficiency (at 0.5C) | 98% | ||||
Cell Self-Discharge | <5%/Month | ||||
Maximum Allowed Modules in Parallet | 15 (72kWh) | 15 (108kWh) | 15 (144kWh) | ||
Depth of Discharge | Up to 100% | ||||
Useful Life | 8-10 Years | ||||
Cycle Life | 6000 (@ 80% DoD) | ||||
Protection | Over temperature, overcurrent, short circuit, over-charging, over-discharging, Low voltage | ||||
Recommended Charge Current | 25A | 50A | 50A | ||
Maximum Charge Current | 50A | 100A | 100A | ||
Recommended Charge Voltage | 54V | 54V | 54V | ||
Maximum Charge Voltage | 54.75V | 54.75V | 54.75V | ||
Recommended Discharge Current | 25A | 50A | 50A | ||
Maximum Discharge Current | 50A | 100A | 100A | ||
Recommended Low Voltage Disconnect | 41.25V | ||||
Battery Low Voltage Protection | 39.75V | ||||
Battery Recovery Voltage | 45V | ||||
Dimenstions: | 510*440*220mm | 690*530*215mm | 690*530*215mm | ||
Weight | 50kgs | 70kgs | 90kgs | ||
Terminal Type | M6 | ||||
Case Material | Industrial Grade Iron | ||||
Enclosure Protection | IP20 | ||||
Installation | Cabinet or Wall installation | ||||
Cell Type Chemistry | LiFeP04 | ||||
Certifications | CE,FCC, CCC | ||||
Shipping Classification | UN 38.3. UN 3480, Class 9 | ||||
Discharge Temperature | -20~65℃ | -20~65℃ | -20~65℃ | ||
Charge Temperature | 0~55℃ | 0~55℃ | 0~55℃ | ||
Storage Temperature | -20~45℃ | -20~45℃ | -20~45℃ | ||
Our Advantages
After - Sales
Wall-mounted energy storage batteries are commonly used for home energy storage, and they have several applications, including:
1. Home solar power systems: Wall-mounted energy storage batteries can store excess electricity generated by home solar power systems for use during the evening or inclement weather.
2. Emergency backup power: During a power outage, wall-mounted energy storage batteries can serve as backup power sources for basic household needs such as lighting, communication, and some small appliances.
3. Energy management: By using wall-mounted energy storage batteries in conjunction with a solar power system, households can intelligently manage their energy use, improving efficiency.
4. Electric vehicle charging: Wall-mounted energy storage batteries can serve as backup power sources for electric vehicle charging stations to ensure they continue functioning during a power outage.
2. Emergency backup power: During a power outage, wall-mounted energy storage batteries can serve as backup power sources for basic household needs such as lighting, communication, and some small appliances.
3. Energy management: By using wall-mounted energy storage batteries in conjunction with a solar power system, households can intelligently manage their energy use, improving efficiency.
4. Electric vehicle charging: Wall-mounted energy storage batteries can serve as backup power sources for electric vehicle charging stations to ensure they continue functioning during a power outage.
Overall, wall-mounted （powerwall battery）energy storage batteries have a wide range of applications and can provide households with more stable, efficient power supplies while reducing energy waste and improving energy utilization efficiency.
How does a solar energy storage system work?
A solar energy storage system typically includes components such as solar panels, storage batteries, and inverters. Its operation principle is as follows:
1. Solar panels: Convert sunlight into direct current (DC) electricity. When sunlight is received by the solar panels, they generate DC electricity and send it to the storage batteries for storage.
2. Storage batteries: Store the electricity generated by the solar panels. During the day, the storage batteries can store excess electricity generated by the solar panels for use at night or during cloudy weather. When electricity is needed, the storage batteries release the stored energy.
3. Inverter: Converts the DC electricity stored in the storage batteries into alternating current (AC) electricity for use. The inverter converts the DC electricity stored in the storage batteries into AC electricity, which is supplied to household appliances.
2. Storage batteries: Store the electricity generated by the solar panels. During the day, the storage batteries can store excess electricity generated by the solar panels for use at night or during cloudy weather. When electricity is needed, the storage batteries release the stored energy.
3. Inverter: Converts the DC electricity stored in the storage batteries into alternating current (AC) electricity for use. The inverter converts the DC electricity stored in the storage batteries into AC electricity, which is supplied to household appliances.
The operation of a solar energy storage system is automated, and the inverter has intelligent control functions that monitor the system's operation status and adjust the storage battery's charge and discharge status as needed to ensure the system operates efficiently and stably. Through a solar energy storage system, households can generate electricity using solar power, achieve self-sufficiency, reduce reliance on traditional energy sources, lower carbon emissions, and live an environmentally friendly lifestyle.
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