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48V100Ah LiFePO4 Pack
9XE
013
48V100Ah LiFePO4 Pack, The Unrivaled Choice for High-Performance Energy Storage
Welcome to experience our 48V100Ah LiFePO4 Pack, a high-performance energy storage solution integrating the latest technology. Its black iron shell not only ensures robust durability but also safeguards the secure operation of internal components. With a nominal capacity of 100Ah, it stands as the ideal choice for diverse application scenarios.
Advanced Composition, Stability, and Reliability:
The 48V100Ah LiFePO4 Pack integrates individual battery cells, temperature and humidity sensors, and a BMS (Battery Management System) control board. This innovative combination not only provides stable power output but also monitors battery status in real-time through temperature and humidity sensors, ensuring safe and efficient operation. The BMS control system acts as an intelligent manager, precisely controlling the charging and discharging processes to extend battery life.
Flexible Charging and Discharging, Suitable for Various Scenarios:
Equipped with charging and discharging power ports, as well as communication protocol transmission ports, the 48V100Ah LiFePO4 Pack is suitable for a wide range of scenarios. From home energy storage and electric transportation to mobile communication base stations, it effortlessly meets the demands of residential, commercial, and industrial applications.
Smart Display, Understanding Battery Status:
The product is equipped with a status display screen that intuitively presents the battery's operational status, allowing users to grasp the information at a glance. This user-friendly design ensures that even technical engineers can operate and promptly understand the system's operational status.
Multi-Pack Connections, Diversified Applications:
By serially or in parallel connecting multiple individual packs, the 48V100Ah LiFePO4 Pack can achieve larger capacity and higher voltage output, catering to different energy storage needs. In terms of structural framework, connecting multiple packs not only expands the overall volume but also enhances the overall power output. This versatility positions the 48V100Ah LiFePO4 Pack as having broader application potential in various fields.
Application Scenarios for Series and Parallel Connections:
Series Connection Scenario - Electric Vehicles:
Scenario Description: An electric vehicle manufacturer needs to design a high-performance electric car, aiming to increase the overall battery system voltage for higher power output.
Solution: Utilize series connections of multiple 48V100Ah LiFePO4 Packs, adding their voltages together. For example, connect four 48V100Ah Packs in series, achieving a series voltage of 192V. This configuration meets the electric car's requirement for higher voltage, enhancing overall performance and driving range.
Parallel Connection Scenario - Solar Energy Storage System:
Scenario Description: A household wants to establish a solar energy storage system to supply power during nighttime or cloudy days. The requirement is to increase the system's total capacity to store more solar energy.
Solution: Employ parallel connections of multiple 48V100Ah LiFePO4 Packs, adding their capacities together. For instance, connect three 48V100Ah Packs in parallel, achieving a parallel capacity of 300Ah. This configuration meets the solar energy storage system's need for greater capacity, ensuring sufficient power storage for household use.
Mixed Series and Parallel Connection Scenario - Mobile Energy Station:
Scenario Description: A mobile energy station needs to adapt to different scenarios, requiring high-voltage output at times and stable output for an extended duration at other times.
Solution: Design an energy storage system with flexible connectivity options, utilizing a combination of series and parallel connections. For instance, series-connect two 48V100Ah Packs to form a 96V system to meet high-voltage requirements. Simultaneously, parallel-connect another two 48V100Ah Packs to form a 200Ah system for extended stable output. This design allows the mobile energy station to be flexibly configured based on different scenario requirements, enhancing its applicability and flexibility.
Series Connection Scenario - Marine Propulsion System:
Scenario Description: A shipbuilding company needs to design electric ships with higher power to increase speed and performance.
Solution: Use series connections of multiple 48V100Ah LiFePO4 Packs, adding their voltages together. For example, connect five 48V100Ah Packs in series, achieving a series voltage of 240V. This configuration satisfies the electric ships' requirement for higher voltage and power output, enhancing the ships' propulsion performance.
Parallel Connection Scenario - Laboratory Energy Storage System:
Scenario Description: A research laboratory needs to establish a reliable energy storage system to ensure continuous operation of experimental equipment during power outages or emergencies.
Solution: Through parallel connections of multiple 48V100Ah LiFePO4 Packs, add their capacities together. For example, connect two 48V100Ah Packs in parallel, achieving a parallel capacity of 200Ah. This configuration meets the laboratory's need for greater capacity and prolonged stable output, ensuring the reliable operation of experimental equipment.
These cases highlight the widespread application of the 48V100Ah LiFePO4 Pack through series and parallel connections across various industries. Whether enhancing power output, extending usage time, or addressing complex energy demands, this flexible design offers innovative solutions for a variety of application scenarios.
48V100Ah LiFePO4 Pack, The Unrivaled Choice for High-Performance Energy Storage
Welcome to experience our 48V100Ah LiFePO4 Pack, a high-performance energy storage solution integrating the latest technology. Its black iron shell not only ensures robust durability but also safeguards the secure operation of internal components. With a nominal capacity of 100Ah, it stands as the ideal choice for diverse application scenarios.
Advanced Composition, Stability, and Reliability:
The 48V100Ah LiFePO4 Pack integrates individual battery cells, temperature and humidity sensors, and a BMS (Battery Management System) control board. This innovative combination not only provides stable power output but also monitors battery status in real-time through temperature and humidity sensors, ensuring safe and efficient operation. The BMS control system acts as an intelligent manager, precisely controlling the charging and discharging processes to extend battery life.
Flexible Charging and Discharging, Suitable for Various Scenarios:
Equipped with charging and discharging power ports, as well as communication protocol transmission ports, the 48V100Ah LiFePO4 Pack is suitable for a wide range of scenarios. From home energy storage and electric transportation to mobile communication base stations, it effortlessly meets the demands of residential, commercial, and industrial applications.
Smart Display, Understanding Battery Status:
The product is equipped with a status display screen that intuitively presents the battery's operational status, allowing users to grasp the information at a glance. This user-friendly design ensures that even technical engineers can operate and promptly understand the system's operational status.
Multi-Pack Connections, Diversified Applications:
By serially or in parallel connecting multiple individual packs, the 48V100Ah LiFePO4 Pack can achieve larger capacity and higher voltage output, catering to different energy storage needs. In terms of structural framework, connecting multiple packs not only expands the overall volume but also enhances the overall power output. This versatility positions the 48V100Ah LiFePO4 Pack as having broader application potential in various fields.
Application Scenarios for Series and Parallel Connections:
Series Connection Scenario - Electric Vehicles:
Scenario Description: An electric vehicle manufacturer needs to design a high-performance electric car, aiming to increase the overall battery system voltage for higher power output.
Solution: Utilize series connections of multiple 48V100Ah LiFePO4 Packs, adding their voltages together. For example, connect four 48V100Ah Packs in series, achieving a series voltage of 192V. This configuration meets the electric car's requirement for higher voltage, enhancing overall performance and driving range.
Parallel Connection Scenario - Solar Energy Storage System:
Scenario Description: A household wants to establish a solar energy storage system to supply power during nighttime or cloudy days. The requirement is to increase the system's total capacity to store more solar energy.
Solution: Employ parallel connections of multiple 48V100Ah LiFePO4 Packs, adding their capacities together. For instance, connect three 48V100Ah Packs in parallel, achieving a parallel capacity of 300Ah. This configuration meets the solar energy storage system's need for greater capacity, ensuring sufficient power storage for household use.
Mixed Series and Parallel Connection Scenario - Mobile Energy Station:
Scenario Description: A mobile energy station needs to adapt to different scenarios, requiring high-voltage output at times and stable output for an extended duration at other times.
Solution: Design an energy storage system with flexible connectivity options, utilizing a combination of series and parallel connections. For instance, series-connect two 48V100Ah Packs to form a 96V system to meet high-voltage requirements. Simultaneously, parallel-connect another two 48V100Ah Packs to form a 200Ah system for extended stable output. This design allows the mobile energy station to be flexibly configured based on different scenario requirements, enhancing its applicability and flexibility.
Series Connection Scenario - Marine Propulsion System:
Scenario Description: A shipbuilding company needs to design electric ships with higher power to increase speed and performance.
Solution: Use series connections of multiple 48V100Ah LiFePO4 Packs, adding their voltages together. For example, connect five 48V100Ah Packs in series, achieving a series voltage of 240V. This configuration satisfies the electric ships' requirement for higher voltage and power output, enhancing the ships' propulsion performance.
Parallel Connection Scenario - Laboratory Energy Storage System:
Scenario Description: A research laboratory needs to establish a reliable energy storage system to ensure continuous operation of experimental equipment during power outages or emergencies.
Solution: Through parallel connections of multiple 48V100Ah LiFePO4 Packs, add their capacities together. For example, connect two 48V100Ah Packs in parallel, achieving a parallel capacity of 200Ah. This configuration meets the laboratory's need for greater capacity and prolonged stable output, ensuring the reliable operation of experimental equipment.
These cases highlight the widespread application of the 48V100Ah LiFePO4 Pack through series and parallel connections across various industries. Whether enhancing power output, extending usage time, or addressing complex energy demands, this flexible design offers innovative solutions for a variety of application scenarios.
