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384V100Ah LiFePO4 Pack
9XE
017
Chip Selection: Texas Instruments BQ76PL536A-Q1
Reason: Outstanding voltage monitoring (±0.01% accuracy) ensures each 100Ah cell operates at optimal conditions. Balancing technology and comprehensive battery protection functions enhance system lifespan and safety. It achieves high-precision monitoring in the 384V high-voltage and 100Ah high-energy density environment.
Chip Selection: STMicroelectronics L5965
Reason: Highly integrated with multiple protection features (overcurrent, overtemperature, overvoltage) to enhance system stability. Widely applicable in different high-voltage input environments, ensuring efficient and safe charging in the 384V battery pack.
Chip Selection: Infineon Technologies TLE986x
Reason: Advanced control algorithms and advanced voltage stabilization technology ensure efficient energy conversion in the 384V100Ah high-energy density environment. Wide applicability and efficient conversion adapt to high loads and complex operating conditions.
Design: Active liquid cooling system and advanced material heat sinks
Reason: The active liquid cooling system and advanced heat sinks ensure the battery pack operates stably in high-temperature environments. Intelligent temperature control and efficient cooling under high-voltage and high-energy density conditions enhance performance under high loads.
Selection: Addition of CAN FD (Controller Area Network Flexible Data-rate)
Reason: High-speed data transfer widely used in automotive and industrial fields, improving overall system efficiency and controllability. The high-speed communication interface ensures real-time and reliable data transfer in the 384V battery pack.
Advantages: Precise Battery Management System (BMS)
Application: Ensures high reliability in medical equipment power backup through precise BMS, ensuring stable operation of equipment during critical moments.
Advantages: Charging controller with multiple protection features
Application: The charging controller's multiple protections ensure stable power supply in industrial equipment backup power, preventing production interruptions caused by power outages.
Advantages: Advanced control algorithms and voltage stabilization technology of DC-DC converter
Application: Used in energy storage systems to improve energy conversion efficiency and increase efficiency in energy storage and release.
Advantages: Intelligent cooling design with active liquid cooling system and advanced heat sinks
Application: Intelligent cooling design ensures the battery pack operates continuously and stably in grid support systems, adapting to fluctuations in power system demands.
Advantages: CAN FD communication interface
Application: The communication interface supports high-speed data transfer, ensuring real-time monitoring and control of the charging station, guaranteeing continuous charging services.
Advantages: Environmentally friendly lithium iron phosphate chemical composition
Application: Lithium iron phosphate is an environmentally friendly chemical composition, meeting the requirements for the environmental friendliness of energy storage systems.
Advantages: Flexibility and adaptability
Application: Flexibility and adaptability enable the battery pack to meet the demands of power system dispatch, providing instantaneous high power output and energy storage.
In medical equipment power backup, the 384V100Ah battery pack's ultimate core value is demonstrated in the following aspects:
High Reliability: Ensures extremely high reliability in medical equipment power backup through the adoption of precise Battery Management System (BMS) and highly integrated charging controllers. This is a crucial core value, as medical equipment must maintain a stable power supply during critical moments to ensure normal operation.
High Safety: The comprehensive battery protection functions of the Battery Management System (BMS), multiple protection mechanisms of the charging controller, and the use of high-reliability connectors collectively ensure the safety of the battery pack's operation in medical equipment. This is vital for power backup systems in medical equipment to prevent accidents caused by battery failures or other safety issues.
High Energy Density: The high energy density of the 384V100Ah battery pack allows it to occupy a smaller space in medical equipment while providing a longer backup time. This is an ultimate requirement in medical environments, as equipment sometimes needs to operate for several hours or even longer during power grid interruptions.
Intelligent Cooling Design: The internal use of an active liquid cooling system and advanced heat sinks ensures the battery pack can operate continuously and stably under high loads in medical equipment while maintaining an ideal temperature range. This intelligent cooling design reflects the pursuit of operational stability and long lifespan for the equipment.
High-Speed Communication Interface: The adoption of the CAN FD communication interface enables high-speed data transfer with medical equipment, ensuring real-time monitoring and control of the battery status. In medical equipment, timely and accurate data transfer is critical to ensuring the normal operation of the power backup system.
This high-spec battery pack, through meticulous configuration, is suitable for multiple fields, providing a solution with high performance, reliability, and energy density to meet the requirements of various complex application scenarios. For more details about the 384V100Ah lithium iron phosphate battery pack, you can consult with our sales engineers.
Chip Selection: Texas Instruments BQ76PL536A-Q1
Reason: Outstanding voltage monitoring (±0.01% accuracy) ensures each 100Ah cell operates at optimal conditions. Balancing technology and comprehensive battery protection functions enhance system lifespan and safety. It achieves high-precision monitoring in the 384V high-voltage and 100Ah high-energy density environment.
Chip Selection: STMicroelectronics L5965
Reason: Highly integrated with multiple protection features (overcurrent, overtemperature, overvoltage) to enhance system stability. Widely applicable in different high-voltage input environments, ensuring efficient and safe charging in the 384V battery pack.
Chip Selection: Infineon Technologies TLE986x
Reason: Advanced control algorithms and advanced voltage stabilization technology ensure efficient energy conversion in the 384V100Ah high-energy density environment. Wide applicability and efficient conversion adapt to high loads and complex operating conditions.
Design: Active liquid cooling system and advanced material heat sinks
Reason: The active liquid cooling system and advanced heat sinks ensure the battery pack operates stably in high-temperature environments. Intelligent temperature control and efficient cooling under high-voltage and high-energy density conditions enhance performance under high loads.
Selection: Addition of CAN FD (Controller Area Network Flexible Data-rate)
Reason: High-speed data transfer widely used in automotive and industrial fields, improving overall system efficiency and controllability. The high-speed communication interface ensures real-time and reliable data transfer in the 384V battery pack.
Advantages: Precise Battery Management System (BMS)
Application: Ensures high reliability in medical equipment power backup through precise BMS, ensuring stable operation of equipment during critical moments.
Advantages: Charging controller with multiple protection features
Application: The charging controller's multiple protections ensure stable power supply in industrial equipment backup power, preventing production interruptions caused by power outages.
Advantages: Advanced control algorithms and voltage stabilization technology of DC-DC converter
Application: Used in energy storage systems to improve energy conversion efficiency and increase efficiency in energy storage and release.
Advantages: Intelligent cooling design with active liquid cooling system and advanced heat sinks
Application: Intelligent cooling design ensures the battery pack operates continuously and stably in grid support systems, adapting to fluctuations in power system demands.
Advantages: CAN FD communication interface
Application: The communication interface supports high-speed data transfer, ensuring real-time monitoring and control of the charging station, guaranteeing continuous charging services.
Advantages: Environmentally friendly lithium iron phosphate chemical composition
Application: Lithium iron phosphate is an environmentally friendly chemical composition, meeting the requirements for the environmental friendliness of energy storage systems.
Advantages: Flexibility and adaptability
Application: Flexibility and adaptability enable the battery pack to meet the demands of power system dispatch, providing instantaneous high power output and energy storage.
In medical equipment power backup, the 384V100Ah battery pack's ultimate core value is demonstrated in the following aspects:
High Reliability: Ensures extremely high reliability in medical equipment power backup through the adoption of precise Battery Management System (BMS) and highly integrated charging controllers. This is a crucial core value, as medical equipment must maintain a stable power supply during critical moments to ensure normal operation.
High Safety: The comprehensive battery protection functions of the Battery Management System (BMS), multiple protection mechanisms of the charging controller, and the use of high-reliability connectors collectively ensure the safety of the battery pack's operation in medical equipment. This is vital for power backup systems in medical equipment to prevent accidents caused by battery failures or other safety issues.
High Energy Density: The high energy density of the 384V100Ah battery pack allows it to occupy a smaller space in medical equipment while providing a longer backup time. This is an ultimate requirement in medical environments, as equipment sometimes needs to operate for several hours or even longer during power grid interruptions.
Intelligent Cooling Design: The internal use of an active liquid cooling system and advanced heat sinks ensures the battery pack can operate continuously and stably under high loads in medical equipment while maintaining an ideal temperature range. This intelligent cooling design reflects the pursuit of operational stability and long lifespan for the equipment.
High-Speed Communication Interface: The adoption of the CAN FD communication interface enables high-speed data transfer with medical equipment, ensuring real-time monitoring and control of the battery status. In medical equipment, timely and accurate data transfer is critical to ensuring the normal operation of the power backup system.
This high-spec battery pack, through meticulous configuration, is suitable for multiple fields, providing a solution with high performance, reliability, and energy density to meet the requirements of various complex application scenarios. For more details about the 384V100Ah lithium iron phosphate battery pack, you can consult with our sales engineers.
