| Customization: | Available |
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| Nominal Voltage: | 48V |
| Warranty: | 5years |
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Our wall-mounted LiFePO4 batteries are designed specifically for residential households, whether they are off-grid or hybrid solar energy storage systems (ESS). They boast a compact size, high energy density, and a long cycle life, making them ideal for home use. With over 6000 cycles of A-grade lithium cells, our batteries provide stable power output for household appliances.
Equipped with a built-in Battery Management System (BMS), our batteries offer protection against over-charging, over-discharging, over-temperature, and short circuits. They are compatible with most popular inverter brands on the market, ensuring seamless integration into existing solar systems. Our batteries are simple to operate and install, making them an excellent choice for residential energy storage needs.
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Item
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value
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Brand Name
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Hbowa or OEM
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Model Number
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XPB-48200
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Place of Origin
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Jiangsu, China
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Weight
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90kgs
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The charging ratio
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0.5C
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The discharge rate
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1C
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Warranty
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5years; 10years
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Anode Material
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LFP
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Application
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Solar Energy Storage Systems
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Output Power Range
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5~10 kWh
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System Type
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Wall-mounted
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Type
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All-in-one
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Protection Class
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IP20
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Grid connection
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Off grid, Hybrid grid
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Cycle life
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6000 Times
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Nominal Voltage
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48v/51.2Vdc
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Nominal Capacity
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200Ah
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Certification
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CE/RoHS/UN38.3/MSDS
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Application of Batteries in Solar Energy Systems:
In solar energy systems, batteries are commonly used to store the electricity generated by the solar panels for later use when sunlight is not available, such as during nighttime or periods of low sunlight. Here are the main applications of batteries in solar energy systems:
Energy Storage:
Batteries in solar energy systems are used to store surplus electricity generated during the day by the solar panels. These batteries can provide electricity during nighttime or periods of low sunlight to meet the electricity demand of residential, commercial, or industrial properties.
Mitigating Intermittent Generation:
Solar energy generation is intermittent due to factors such as weather conditions like cloudy days or nighttime. By storing surplus solar energy in batteries, the intermittent nature of solar energy generation can be mitigated, ensuring a stable energy supply.
Peak Shaving:
Batteries in solar energy systems can be used for peak shaving, providing additional electricity to the grid during periods of peak demand to balance the grid load and alleviate grid stress.
Backup Power:
In areas without grid access or in environments prone to power outages, solar energy systems with batteries can provide continuous backup power, ensuring the continuous operation of equipment and systems.
Increasing Self-Sufficiency:
Solar energy systems combined with battery storage can increase energy self-sufficiency, reduce reliance on the traditional grid, lower energy costs, and achieve a more independent and sustainable energy supply.
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