The HJ-HBL48 200Ah 10KWh Lithium-ion Battery is highly efficient and safe for energy storage for both home and commercial applications. It includes a space-saving design, intelligent energy control, high efficiency, and multi-level safety protection. Seamless Integration of Solar Panels and Grid Systems: The battery can support off-grid, grid-tied, and hybrid applications.
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What are the benefits of HJ-HBL48 200Ah 10KWh lithium-ion batteries?
- Space-Saving Design: Wall-mounted structure, space-saving, suitable for indoor installation.
- Smart Energy Control: Seamlessly integratable with solar panels and grid systems for off-grid, grid tie, and hybrid applications.
- High Efficiency: Advanced energy management system ensuring the best charge/discharge performance.
- Safety Assured: Multi-level safety protection: overcharge, over-discharge, temperature control.
Where can I use these HJ-HBL48 200Ah10KWh LiFePO4 Battery battery?
- Home energy storage: It provides a reliable backup power supply for homes, stores energy that can be used for peak shaving, and ensures continuity of power during an outage.
- Commercial office use: Environmental protection-energy storage is steady, assured for office buildings. It cuts down on the peak energy cost and makes sure there is a backup power supply in case of an emergency.
HJ-HBL48 200Ah 10KWh Lithium Iron Phosphate Battery Specifications
| product name |
HJ-HBL48200W |
| Battery Type |
lithium iron phosphate battery |
| battery power |
10.24kWh |
| battery capacity |
200Ah |
| Rated voltage |
51.2Vdc |
| Rated charge and discharge current |
100A |
| Maximum charge and discharge current |
200A |
| cycle life |
≥6000 times@80%DOD@25℃ |
| way of communication |
RS485/CAN |
| Display Screen |
LCD/LED(optional) |
| Protection level |
IP65 |
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How long does a HJ-HBL48 48V 200Ah battery last when fully charged?
There are some key factors to consider:
- Load: The amount of current consumed in discharging determines how long the battery can be used; the larger the load, the faster the consumption drain.
- Depth of Current (DOD): Such a battery current to a lower state will last its duration. Shallower currents favor longer battery life.
- Battery Chemistry and Quality: Different lithium-ion battery chemistries and quality of manufacture affect overall battery life and performance.
- Efficiency: Loss of efficiency in the charging and discharging processes affects actual usable capacity.
- Temperature: Operating temperature significantly affects battery performance and service life. In particular, extreme high temperatures depress battery performance and effective capacity.
The realistic ideal duration of use cannot be given without specific conditions in application and usage. However, with a simple calculation, a rough estimate on lifetime can be given for a battery. Assuming the battery capacity is 200Ah, the lifetime approximated can be done by the division of the capacity of the battery by current consumption of the load in amps. Assuming the load requires 20 amps of current, theoretically, a battery would last for approximately 20 hours: 200Ah ÷ 20A = 10 h. It serves as a basic guide while actual hours are dependent upon the influences above.
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