1. Project Background

 
A modern industrial manufacturing park in Southeast Asia features automated production lines, precision testing equipment and core server room facilities. The regional power grid suffers from frequent voltage fluctuations, instantaneous power surges and occasional short-term blackouts. Unplanned power interruptions would lead to production line shutdown, precision device damage, massive data loss and huge economic losses. The park urgently needed a stable, long-life and low-maintenance UPS backup power solution, and finally adopted Easton dedicated UPS power batteries to match the industrial-grade UPS system.
 

2. Core Challenges

 
  1. Unstable local grid with frequent voltage sags, surges and sudden power cuts.
  2. Precision automated equipment requires seamless power switching without signal interruption.
  3. The equipment room has limited space, requiring batteries with high energy density and compact size.
  4. Long-term 24/7 continuous operation, demanding long service life and low daily maintenance costs.
  5. Harsh indoor ambient temperature, requiring batteries with excellent high-temperature resistance and safety stability.
 

3. Solution Deployment

 
The project deployed Easton lithium-ion UPS power batteries in a modular parallel connection, matched with industrial three-phase UPS hosts.
 
  • Adopt Easton LiFePO4 UPS battery cells, featuring high safety, stable cycle performance and wide temperature adaptability.
  • Built-in intelligent BMS battery management system, supporting real-time monitoring of voltage, current, temperature and remaining capacity.
  • Modular design for flexible capacity expansion, meeting the backup power demand of production lines and server rooms for 1.5–3 hours.
  • Support fast charging and deep discharge resistance, adapting to frequent grid power abnormality scenarios.
 

4. Application Effect & Advantages

 
  1. Uninterrupted Power Protection
     
    Easton UPS batteries achieve millisecond-level switching during grid power failure, ensuring zero shutdown of automated production lines and zero interruption of core server data operation, completely avoiding production stagnation and data loss risks.
     
  2. Strong Environmental Adaptability
     
    The battery operates stably in the ambient temperature range of -20℃ to 60℃, adapting to the factory’s high-temperature operating environment, no bulging or capacity attenuation failure occurs in long-term operation.
     
  3. Cost & Maintenance Optimization
     
    Compared with traditional lead-acid batteries, Easton UPS batteries have a 3 times longer service life, no frequent replacement required; the intelligent monitoring system realizes remote fault alarm, greatly reducing manual inspection and maintenance costs.
     
  4. Space & Energy Saving
     
    High energy density compact design saves more than 30% installation space; low self-discharge rate and high energy conversion efficiency reduce long-term power consumption and operation costs.

1. Project Background

 
A modern industrial manufacturing park in Southeast Asia features automated production lines, precision testing equipment and core server room facilities. The regional power grid suffers from frequent voltage fluctuations, instantaneous power surges and occasional short-term blackouts. Unplanned power interruptions would lead to production line shutdown, precision device damage, massive data loss and huge economic losses. The park urgently needed a stable, long-life and low-maintenance UPS backup power solution, and finally adopted Easton dedicated UPS power batteries to match the industrial-grade UPS system.
 

2. Core Challenges

 
  1. Unstable local grid with frequent voltage sags, surges and sudden power cuts.
  2. Precision automated equipment requires seamless power switching without signal interruption.
  3. The equipment room has limited space, requiring batteries with high energy density and compact size.
  4. Long-term 24/7 continuous operation, demanding long service life and low daily maintenance costs.
  5. Harsh indoor ambient temperature, requiring batteries with excellent high-temperature resistance and safety stability.
 

3. Solution Deployment

 
The project deployed Easton lithium-ion UPS power batteries in a modular parallel connection, matched with industrial three-phase UPS hosts.
 
  • Adopt Easton LiFePO4 UPS battery cells, featuring high safety, stable cycle performance and wide temperature adaptability.
  • Built-in intelligent BMS battery management system, supporting real-time monitoring of voltage, current, temperature and remaining capacity.
  • Modular design for flexible capacity expansion, meeting the backup power demand of production lines and server rooms for 1.5–3 hours.
  • Support fast charging and deep discharge resistance, adapting to frequent grid power abnormality scenarios.
 

4. Application Effect & Advantages

 
  1. Uninterrupted Power Protection
     
    Easton UPS batteries achieve millisecond-level switching during grid power failure, ensuring zero shutdown of automated production lines and zero interruption of core server data operation, completely avoiding production stagnation and data loss risks.
     
  2. Strong Environmental Adaptability
     
    The battery operates stably in the ambient temperature range of -20℃ to 60℃, adapting to the factory’s high-temperature operating environment, no bulging or capacity attenuation failure occurs in long-term operation.
     
  3. Cost & Maintenance Optimization
     
    Compared with traditional lead-acid batteries, Easton UPS batteries have a 3 times longer service life, no frequent replacement required; the intelligent monitoring system realizes remote fault alarm, greatly reducing manual inspection and maintenance costs.
     
  4. Space & Energy Saving
     
    High energy density compact design saves more than 30% installation space; low self-discharge rate and high energy conversion efficiency reduce long-term power consumption and operation costs.

Li-ion Battery Li-24S3P-26650-PACK 76.8V 9Ah 691.2Wh for Easton UPS Power Application

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