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72V25Ah LiFePO4 Pack
9XE
014
72V25Ah Lithium Iron Phosphate Battery Pack - High-Performance Battery Solution
Product Highlights
Versatile Applications:
The 72V25Ah battery pack is widely used in various fields such as UPS backup power, intelligent warehouse AGV/RGV, electric vehicle charging stations, solar energy storage systems, electric boat power systems, etc. It features excellent voltage and capacity matching, an iron shell design, lithium iron phosphate technology, and high cycle life.
Voltage and Capacity Matching:
The 72V voltage is suitable for diverse applications, and the 25Ah high capacity ensures prolonged power support, making it an ideal energy storage solution.
Iron Shell Design:
The unique iron shell design allows the battery pack to adapt to different installation spaces and layouts, providing more flexible deployment options, especially advantageous in scenarios like intelligent warehouses.
Lithium Iron Phosphate Technology:
Utilizing advanced lithium iron phosphate technology ensures high performance, long lifespan, and outstanding safety, allowing the battery pack to excel in various operating conditions.
High Cycle Life:
The battery pack has a cycle life of up to 5000 cycles, particularly suitable for applications requiring frequent charge and discharge, such as UPS backup power systems.
High Discharge Performance:
Designed for applications that demand rapid and stable power output, this battery pack features high discharge performance, ensuring reliable power support at all times.
Safety:
Equipped with an advanced Battery Management System (BMS) that monitors battery status, prevents issues like overcharging and overdischarging, ensuring the system's safe operation, especially suitable for high-security domains like electric vehicle charging stations.
Lightweight Design:
Employing advanced technology ensures a lightweight design, particularly suitable for weight-sensitive electric boat power systems.
Success Stories Showcase
UPS Backup Power System
Background: In UPS applications, a stable battery pack is crucial for providing continuous power supply.
Issue:The battery needs to meet the requirements of 72V voltage and 25Ah capacity while maintaining a high cycle life for long-term reliability.
Solution: 9XE provided multiple 72V25Ah lithium iron phosphate battery packs as energy storage cores, with a high cycle life of up to 5000 cycles, ensuring long-term reliability in regular operations.
Outcome: The battery pack excelled in the UPS backup power system, delivering stable and reliable power support. The system failure rate decreased by 30%, creating a highly reliable backup power solution for the customer.
Intelligent Warehouse AGV/RGV
Background: In smart warehouses, AGV and RGV require a reliable battery system to provide power support.
Issue:Warehouses have different layouts, requiring adaptation to various installation spaces and layouts. High discharge performance is needed for efficient operations.
Solution:9XE provided a stackable power supply formed by 72V25Ah lithium iron phosphate battery packs to adapt to different warehouse layouts, providing fast charging characteristics to ensure continuous efficient operation of AGV/RGV.
Outcome: The battery pack successfully applied in smart warehouses, providing reliable high discharge performance, accelerating logistics operations, and improving efficiency by 20%. The system efficiency increased by 20%.
Electric Vehicle Charging Station
Background:Electric vehicle charging stations require a reliable power source to provide charging services.
Issue: The need to meet 72V voltage, 25Ah capacity, and ensure high safety to prevent accidents.
Solution: 9XE provided a power product formed by 72V25Ah lithium iron phosphate battery packs with a highly accurate BMS monitoring system.
Outcome: The battery pack successfully applied in electric vehicle charging stations, meeting voltage and safety requirements, providing reliable charging services for electric vehicles. Charging efficiency increased by 15%.
Solar Energy Storage System
Background: Solar energy storage systems need a reliable battery to store solar energy collected during the day for nighttime use.
Issue:High capacity and cycling stability are required to handle daily charge and discharge cycles.
Solution:9XE provided multiple 72V25Ah lithium iron phosphate battery packs as energy storage cores, ensuring high capacity and cycling stability.
Outcome:The battery pack performed excellently in solar energy storage systems, ensuring reliable daily operation with a high cycle life. Daily charge and discharge efficiency increased by 25%, and system stability increased by 20%.
Electric Boat Power System
Background: Electric boats require a high-performance battery system to provide sufficient power and navigation time.
Issue: The boat needs to output a large amount of power quickly for rapid navigation, requiring a lightweight and efficient battery system.
Solution:9XE provided multiple 72V25Ah lithium iron phosphate battery packs in series to meet the requirements of high discharge performance and lightweight design for electric boat power systems.
Outcome: The battery pack successfully applied in electric boat power systems, providing high energy density and a lightweight design, ensuring optimal performance during navigation. Navigation time increased by 15%, and overall boat efficiency improved by 18%.
Through this series of successful cases, 9XE has demonstrated the outstanding performance and reliability of the 72V25Ah lithium iron phosphate battery pack in multiple fields. We are committed to providing innovative solutions to meet the diverse needs of different application scenarios and, backed by data, create tangible business value for our customers.
72V25Ah Lithium Iron Phosphate Battery Pack - High-Performance Battery Solution
Product Highlights
Versatile Applications:
The 72V25Ah battery pack is widely used in various fields such as UPS backup power, intelligent warehouse AGV/RGV, electric vehicle charging stations, solar energy storage systems, electric boat power systems, etc. It features excellent voltage and capacity matching, an iron shell design, lithium iron phosphate technology, and high cycle life.
Voltage and Capacity Matching:
The 72V voltage is suitable for diverse applications, and the 25Ah high capacity ensures prolonged power support, making it an ideal energy storage solution.
Iron Shell Design:
The unique iron shell design allows the battery pack to adapt to different installation spaces and layouts, providing more flexible deployment options, especially advantageous in scenarios like intelligent warehouses.
Lithium Iron Phosphate Technology:
Utilizing advanced lithium iron phosphate technology ensures high performance, long lifespan, and outstanding safety, allowing the battery pack to excel in various operating conditions.
High Cycle Life:
The battery pack has a cycle life of up to 5000 cycles, particularly suitable for applications requiring frequent charge and discharge, such as UPS backup power systems.
High Discharge Performance:
Designed for applications that demand rapid and stable power output, this battery pack features high discharge performance, ensuring reliable power support at all times.
Safety:
Equipped with an advanced Battery Management System (BMS) that monitors battery status, prevents issues like overcharging and overdischarging, ensuring the system's safe operation, especially suitable for high-security domains like electric vehicle charging stations.
Lightweight Design:
Employing advanced technology ensures a lightweight design, particularly suitable for weight-sensitive electric boat power systems.
Success Stories Showcase
UPS Backup Power System
Background: In UPS applications, a stable battery pack is crucial for providing continuous power supply.
Issue:The battery needs to meet the requirements of 72V voltage and 25Ah capacity while maintaining a high cycle life for long-term reliability.
Solution: 9XE provided multiple 72V25Ah lithium iron phosphate battery packs as energy storage cores, with a high cycle life of up to 5000 cycles, ensuring long-term reliability in regular operations.
Outcome: The battery pack excelled in the UPS backup power system, delivering stable and reliable power support. The system failure rate decreased by 30%, creating a highly reliable backup power solution for the customer.
Intelligent Warehouse AGV/RGV
Background: In smart warehouses, AGV and RGV require a reliable battery system to provide power support.
Issue:Warehouses have different layouts, requiring adaptation to various installation spaces and layouts. High discharge performance is needed for efficient operations.
Solution:9XE provided a stackable power supply formed by 72V25Ah lithium iron phosphate battery packs to adapt to different warehouse layouts, providing fast charging characteristics to ensure continuous efficient operation of AGV/RGV.
Outcome: The battery pack successfully applied in smart warehouses, providing reliable high discharge performance, accelerating logistics operations, and improving efficiency by 20%. The system efficiency increased by 20%.
Electric Vehicle Charging Station
Background:Electric vehicle charging stations require a reliable power source to provide charging services.
Issue: The need to meet 72V voltage, 25Ah capacity, and ensure high safety to prevent accidents.
Solution: 9XE provided a power product formed by 72V25Ah lithium iron phosphate battery packs with a highly accurate BMS monitoring system.
Outcome: The battery pack successfully applied in electric vehicle charging stations, meeting voltage and safety requirements, providing reliable charging services for electric vehicles. Charging efficiency increased by 15%.
Solar Energy Storage System
Background: Solar energy storage systems need a reliable battery to store solar energy collected during the day for nighttime use.
Issue:High capacity and cycling stability are required to handle daily charge and discharge cycles.
Solution:9XE provided multiple 72V25Ah lithium iron phosphate battery packs as energy storage cores, ensuring high capacity and cycling stability.
Outcome:The battery pack performed excellently in solar energy storage systems, ensuring reliable daily operation with a high cycle life. Daily charge and discharge efficiency increased by 25%, and system stability increased by 20%.
Electric Boat Power System
Background: Electric boats require a high-performance battery system to provide sufficient power and navigation time.
Issue: The boat needs to output a large amount of power quickly for rapid navigation, requiring a lightweight and efficient battery system.
Solution:9XE provided multiple 72V25Ah lithium iron phosphate battery packs in series to meet the requirements of high discharge performance and lightweight design for electric boat power systems.
Outcome: The battery pack successfully applied in electric boat power systems, providing high energy density and a lightweight design, ensuring optimal performance during navigation. Navigation time increased by 15%, and overall boat efficiency improved by 18%.
Through this series of successful cases, 9XE has demonstrated the outstanding performance and reliability of the 72V25Ah lithium iron phosphate battery pack in multiple fields. We are committed to providing innovative solutions to meet the diverse needs of different application scenarios and, backed by data, create tangible business value for our customers.
