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48V50Ah LiFePO4 Pack
9XE
012
Advanced 48V50Ah LiFePO4 Pack for Versatile Energy Solutions
The 48V50Ah LiFePO4 Pack boasts a robust design with dimensions of 442x450x128 mm, housed in a sleek black iron casing. Internally, it integrates individual battery cells, temperature and humidity sensors, and a BMS (Battery Management System) control board. Additionally, it features charging and discharging power ports, a communication protocol interface, and a status display screen for a user-friendly experience.
Key Highlights:
Advanced Battery Technology: Utilizing LiFePO4 battery technology ensures high energy density, long lifespan, and exceptional performance, mitigating safety risks during the charging process.
Intelligent Management System: Equipped with a BMS control board, the system monitors real-time battery status, temperature, and humidity, ensuring stable operation. Smart management enhances charging and discharging efficiency, prolonging the pack's overall lifespan.
Versatile Design: The inclusion of charging and discharging power ports and a communication protocol interface enables flexible use in various scenarios, allowing seamless integration with other systems.
Intuitive Status Display: Featuring a status display screen, users can monitor real-time battery metrics such as charge level, temperature, and communication status for a clear and intuitive operational experience.
Single Pack Applications
The 48V50Ah LiFePO4 Pack is suitable for a range of applications, including but not limited to:
Solar Energy Storage Systems: Provides a reliable energy storage solution, storing solar energy collected during the day for nighttime power supply.
UPS Systems: Acts as an uninterruptible power supply, ensuring stable electricity provision during grid failures or outages.
Electric Vehicles: Serves as a power source for electric vehicles, delivering efficient and stable energy output to extend the driving range.
Remote Communication Base Stations: Acts as a backup power source, ensuring continuous operation of communication systems.
Structural Changes in Series and Parallel Connections:
Series Connection: By connecting multiple battery packs in series, the total voltage increases, suitable for applications requiring higher voltage, such as large-scale energy storage systems.
Parallel Connection: Connecting multiple battery packs in parallel increases the total capacity, suitable for scenarios requiring extended power supply durations.
Changes in Energy Storage Performance:
Capacity Increase: Both series and parallel connections result in increased total capacity, enhancing the system's energy storage capabilities for broader applications.
Voltage Variation: Series connection increases the total voltage, adapting to high-voltage scenarios, while parallel connection maintains voltage but increases total capacity.
Application Scenarios:
Large Industrial Energy Storage System - Series Connection:
Scenario: A large manufacturing plant requires a high-power, high-voltage energy storage system to ensure continuous operation of production equipment.
Solution: Series connection of multiple 48V50Ah LiFePO4 Packs constructs a high-voltage energy storage system, supplying power centrally to the production line, ensuring stable equipment operation.
Electric Transportation Hub - Series Connection:
Scenario: A busy electric vehicle charging station aims to improve charging efficiency and reduce user waiting time.
Solution: Series connection of 48V50Ah LiFePO4 Packs forms a high-voltage battery pack for the charging station. This enables electric vehicles to fast-charge at higher power, increasing throughput and promoting widespread adoption of electric transportation.
Large UPS System - Series Connection:
Scenario: A data center requires a long-duration, high-power backup power source to ensure continuous operation of data center equipment.
Solution: Series connection of 48V50Ah LiFePO4 Packs forms a data center UPS system, providing a reliable backup power source to prevent disruptions from power outages. The high-voltage characteristics suit the demands of large UPS systems.
Solar/Wind Energy Storage System - Parallel Connection:
Scenario: A microgrid aims to balance solar and wind energy fluctuations, providing stable power supply.
Solution: Parallel connection of 48V50Ah LiFePO4 Packs creates a high-capacity energy storage system. This system can store and balance electricity from solar and wind sources, ensuring continuous power output during renewable energy fluctuations.
Home Solar Power System - Parallel Connection:
Scenario: A household with a solar power system wishes to use self-generated electricity during cloudy days or at night.
Solution: Parallel connection of 48V50Ah LiFePO4 Packs expands the storage capacity of the solar power system. This allows the household to store more solar energy, ensuring the use of self-generated electricity during periods of low sunlight and enhancing self-sufficiency.
The 48V50Ah LiFePO4 Pack stands out not only in individual applications but also showcases adaptability to complex scenarios through series and parallel connections. Its advanced battery technology, intelligent management system, and versatile design make it a leading product in the energy storage field. From industrial energy storage to electric transportation and residential applications, this battery pack demonstrates exceptional performance and widespread applicability, providing users with a reliable, efficient, and intelligent energy storage solution. Whether pursuing high capacity or high voltage, the 48V50Ah LiFePO4 Pack is your trusted energy partner.
Advanced 48V50Ah LiFePO4 Pack for Versatile Energy Solutions
The 48V50Ah LiFePO4 Pack boasts a robust design with dimensions of 442x450x128 mm, housed in a sleek black iron casing. Internally, it integrates individual battery cells, temperature and humidity sensors, and a BMS (Battery Management System) control board. Additionally, it features charging and discharging power ports, a communication protocol interface, and a status display screen for a user-friendly experience.
Key Highlights:
Advanced Battery Technology: Utilizing LiFePO4 battery technology ensures high energy density, long lifespan, and exceptional performance, mitigating safety risks during the charging process.
Intelligent Management System: Equipped with a BMS control board, the system monitors real-time battery status, temperature, and humidity, ensuring stable operation. Smart management enhances charging and discharging efficiency, prolonging the pack's overall lifespan.
Versatile Design: The inclusion of charging and discharging power ports and a communication protocol interface enables flexible use in various scenarios, allowing seamless integration with other systems.
Intuitive Status Display: Featuring a status display screen, users can monitor real-time battery metrics such as charge level, temperature, and communication status for a clear and intuitive operational experience.
Single Pack Applications
The 48V50Ah LiFePO4 Pack is suitable for a range of applications, including but not limited to:
Solar Energy Storage Systems: Provides a reliable energy storage solution, storing solar energy collected during the day for nighttime power supply.
UPS Systems: Acts as an uninterruptible power supply, ensuring stable electricity provision during grid failures or outages.
Electric Vehicles: Serves as a power source for electric vehicles, delivering efficient and stable energy output to extend the driving range.
Remote Communication Base Stations: Acts as a backup power source, ensuring continuous operation of communication systems.
Structural Changes in Series and Parallel Connections:
Series Connection: By connecting multiple battery packs in series, the total voltage increases, suitable for applications requiring higher voltage, such as large-scale energy storage systems.
Parallel Connection: Connecting multiple battery packs in parallel increases the total capacity, suitable for scenarios requiring extended power supply durations.
Changes in Energy Storage Performance:
Capacity Increase: Both series and parallel connections result in increased total capacity, enhancing the system's energy storage capabilities for broader applications.
Voltage Variation: Series connection increases the total voltage, adapting to high-voltage scenarios, while parallel connection maintains voltage but increases total capacity.
Application Scenarios:
Large Industrial Energy Storage System - Series Connection:
Scenario: A large manufacturing plant requires a high-power, high-voltage energy storage system to ensure continuous operation of production equipment.
Solution: Series connection of multiple 48V50Ah LiFePO4 Packs constructs a high-voltage energy storage system, supplying power centrally to the production line, ensuring stable equipment operation.
Electric Transportation Hub - Series Connection:
Scenario: A busy electric vehicle charging station aims to improve charging efficiency and reduce user waiting time.
Solution: Series connection of 48V50Ah LiFePO4 Packs forms a high-voltage battery pack for the charging station. This enables electric vehicles to fast-charge at higher power, increasing throughput and promoting widespread adoption of electric transportation.
Large UPS System - Series Connection:
Scenario: A data center requires a long-duration, high-power backup power source to ensure continuous operation of data center equipment.
Solution: Series connection of 48V50Ah LiFePO4 Packs forms a data center UPS system, providing a reliable backup power source to prevent disruptions from power outages. The high-voltage characteristics suit the demands of large UPS systems.
Solar/Wind Energy Storage System - Parallel Connection:
Scenario: A microgrid aims to balance solar and wind energy fluctuations, providing stable power supply.
Solution: Parallel connection of 48V50Ah LiFePO4 Packs creates a high-capacity energy storage system. This system can store and balance electricity from solar and wind sources, ensuring continuous power output during renewable energy fluctuations.
Home Solar Power System - Parallel Connection:
Scenario: A household with a solar power system wishes to use self-generated electricity during cloudy days or at night.
Solution: Parallel connection of 48V50Ah LiFePO4 Packs expands the storage capacity of the solar power system. This allows the household to store more solar energy, ensuring the use of self-generated electricity during periods of low sunlight and enhancing self-sufficiency.
The 48V50Ah LiFePO4 Pack stands out not only in individual applications but also showcases adaptability to complex scenarios through series and parallel connections. Its advanced battery technology, intelligent management system, and versatile design make it a leading product in the energy storage field. From industrial energy storage to electric transportation and residential applications, this battery pack demonstrates exceptional performance and widespread applicability, providing users with a reliable, efficient, and intelligent energy storage solution. Whether pursuing high capacity or high voltage, the 48V50Ah LiFePO4 Pack is your trusted energy partner.
