LiFePO4 Battery Bateria Litio 48v 200Ah
Product Parameters Model SMART-BCT-UU 48-200 SMART-BCT-UU 48-250 SMART-BCT-UU 48-300 Basic Specifications Nominal Capacity 200Ah/250Ah/300Ah Nominal Voltage 48V (51.2V) Electricity (kWh) 10.24kWh 12.8kWh 15.36kWh Input Full Charge Voltage 56V-60V Maximum Charging Voltage 90V Input Voltage Range 60V-100V Continuously Use Input Current 100A Maximum Solar Panel Input Current 100A Rshoot Delay Protection 1000ms Output Continuously Use Output Current 100A Discharge Cut-Off Voltage 38V-48V Over-Discharge Delay Protection 1000ms Short Circuit Protection Delay 300us Short Circuit Protection Recovery Disconnect Load Instant Start Current 300A Instant Start Current Time 10S Battery Cell Type LiFePO4 Battery/LFP Storage Temperature Range Short-Term -20℃-40℃ (Within 1 Month) Operating Temperature Range Long-Term 10℃-35℃ (Within 1 Year) Recommended Temperature Range -15℃-60℃ Storage Humidity 10℃-40℃ Atmospheric Pressure ≤75％ RH Self-Discharge ( 25°C) Below 5000 above sea level Depth Of Discharge ＜3％/Month C-rate Discharge ＞80％ Cycle Life ＜0.8C Other Certifification Standards UN38.3/CE/MSDS/DGM Warranty 5 years Communication RS485 Product Size 798±2×565±2×401±2mm Packing Size 903±2×671±2×451±2mm
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High-Capacity Options
The storage battery comes in various capacity options, including 48V 200Ah, 250Ah, and 300Ah. These options offer flexibility to meet diverse energy storage needs, allowing users to select the capacity that best aligns with their specific requirements. This ensures an optimal power storage solution tailored to individual usage.
Clean and Renewable Energy
By harnessing solar energy as the primary power source, this system promotes a clean, renewable energy solution. This reduces dependency on fossil fuels and lowers carbon emissions, contributing to a sustainable and environmentally friendly lifestyle.
Energy Independence
The combination of solar energy and efficient energy storage empowers users with greater energy independence. By generating and storing their electricity, users can reduce reliance on the grid and cut utility costs. This self-sufficiency provides individuals with more control over their energy usage and expenses.
Versatile Home Use
The system’s inverter converts stored energy into AC power, making it suitable for powering a variety of household appliances and devices. From lighting and electronics to kitchen appliances and entertainment systems, the system meets the everyday energy needs of modern homes.
Cost Savings
By utilizing solar energy and storing it for future use, the system offers significant long-term savings. Reduced reliance on grid electricity leads to lower utility bills over time. Additionally, adopting renewable energy may qualify homeowners for government incentives or rebates, further enhancing the cost-effectiveness of the system.
Summary
Lithium iron phosphate storage batteries, combined with solar panels and inverters, create a robust home energy storage system, delivering a complete solar solution for residential electricity needs. This system integrates photovoltaic panels, lithium iron phosphate batteries, inverters, and multiple capacity options to offer:
- Clean, renewable energy for a sustainable lifestyle.
- Energy independence by reducing reliance on traditional power grids.
- Versatile applications to power a variety of household devices and appliances.
- Cost savings through reduced utility bills and potential access to government incentives.
By enabling users to harness solar energy effectively, this system supports an environmentally friendly and sustainable power solution, helping to decrease dependence on fossil fuels and promote a greener future.
