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  • Comprehensive Safety Protection
    Comprehensive Safety Protection
    Vision ensures system reliability with high-safety materials, multi-layer module protection, and stable control systems.
  • All-Temperature Monitoring
    All-Temperature Monitoring
    Real-time thermal monitoring with early warnings and preventive actions to avoid safety incidents.
  • Full Lifecycle Monitoring
    Full Lifecycle Monitoring
    Battery Management System (BMS) continuously tracks and reports battery status, enhancing overall system safety.
  • Integrated Power
    Integrated Power
    Compact structure, smaller footprint, easy installation to meet fast deployment needs.
  • Modular Design
    Modular Design
    Flexible expansion and maintenance, reducing system failure risks and improving O&M efficiency.
  • High Integration
    High Integration
    Combines power supply, monitoring, and cooling functions, simplifying system setup and enhancing overall reliability.
  • Intelligent
    Intelligent
    Supports remote monitoring and smart alerts for full lifecycle power system management.
  • Smart Management Module with Real-Time Monitoring
    Smart Management Module with Real-Time Monitoring
    Built-in BMS enables real-time battery status tracking and early fault prevention.
  • High Safety & Wide Temperature Adaptability
    High Safety & Wide Temperature Adaptability
    Stable performance under extreme conditions ensures equipment safety.
  • Reusable & Pollution-Free
    Reusable & Pollution-Free
    Eco-friendly design supports sustainability with recyclable materials.
  • Long Cycle Life
    Long Cycle Life
    Durable and reliable for frequent, long-term use, reducing replacement costs.
  • Safe & Reliable
    Safe & Reliable
    Long battery lifespan design with full-lifecycle diagnostics ensures stable operation
  • Smart & Efficient
    Smart & Efficient
    Real-time precise thermal control minimizes cell temperature differences, enhancing lifespan
  • Highly Integrated
    Highly Integrated
    Modular design adaptable to various scenarios
  • Easy Maintenance
    Easy Maintenance
    OTA updates, mobile app management, and cloud-edge collaboration
Lithium BatteriesBattery SystemREVO Three-phase UPS Lithium ion Battery System
REVO Three-phase UPS Lithium Battery System
REVO Three-phase UPS Lithium Battery System
REVO Three-phase UPS Lithium Battery System
REVO Three-phase UPS Lithium Battery System
REVO Three-phase UPS Lithium Battery System
REVO Three-phase UPS Lithium Battery System
REVO Three-phase UPS Lithium Battery System
REVO Three-phase UPS Lithium Battery System

REVO Three-phase UPS Lithium ion Battery System

  • Overview:
    The REVO Series features a high discharge rate and a discharge efficiency of ≥95%, delivering full-state cell management and cabinet-level fire response within seconds. The system adopts a four-level safety protection architecture to ensure exceptional reliability and safety. It supports a long cycle life (≥2,500 cycles @1C) with a design life of up to 15 years. An optional intelligent cloud management platform is available to enhance O&M efficiency and system visibility.
  • Application Scenarios:
    Data Centers
    Financial Institutions
    Rail Transit
    Power Backup in Off-Grid Areas

Battery Quick Facts

  • Battery Type
    Battery Type
    Lithium Iron Phosphate (LFP) Battery
  • Discharge Efficiency
    Discharge Efficiency
    ≥95%
  • Design Life
    Design Life
    15 years

Key Features

  • Modular Design
    Supports prefabricated overall delivery, facilitating convenient transportation and rapid on-site installation and deployment.
  • Multi-Module Series Connection
    Supports voltage configurations of 51.2V × n (5 ≤ n ≤ 14), flexibly adapting to different voltage requirements.
  • Multi-Module Parallel Connection
    Enables flexible power expansion to meet diverse scenarios and load demands.
  • Compatible with Various UPS Architectures
    Supports two-wire and three-wire connections, compatible with mainstream UPS system designs.
  • Controllable Circulating Current Management
    Allows mixed operation of new and old modules, effectively reducing maintenance and replacement costs.

Specification

Module:

Standard 19-inch cabinet design for easy and quick installation; full front-end wiring layout for simple maintenance; integrated single-cell battery monitoring and management unit, providing 24/7 real-time online monitoring to ensure safe system operation.

Model Ccapacity Cell Model Series/parallel configuration Dimension（mm）LWH Rated Energy（kwh）
TPH10 51.2V50AH 50Ah 1P16S 442*600*127 2.05
TP10 51.2V50AH 50Ah 1P16S 442*690*106 2.56 
TP20 51.2V100AH 50Ah 2P16S 442*800*150 5.12 
TPL5 51.2V100AH 100Ah 1P16S 442*690* 108 5.12
TPL10 51.2V200AH 100Ah 2P16S 442* 800*149 10.24

Rack:

Standard modular design for a neat and attractive layout; equipped with a visual display system to show real-time system status; status indicator lights for quick identification of each rack’s condition; pre-installed setup with FCL (full-container load) transport, minimizing on-site construction work.

Model Capacity Module Model Number of modules Dimension（mm）L*W*H Rated Energy（kwh）
TPH160 409.6V 50AH TPH10  8 600*1000*2000 16.38
TPH200 512V 50AH TPH10 

10

 600*1000*2000 20.48 
TPH240 614.4V 50AH  TPH10  12 600*1000*2000 24.50 
TP80 409.6V 50AH TP10 8 600*1000*2000 20.48
TP100 512V 50AH TP10 10 600*1000*2000 25.60
TP120 614.4V 50AH TP10 12 600*1000*2000 30.72
TP140 716.8V 50AH  TP10 14 600*1000*2300 35.84 
TP160 409.6V 100AH  TP20 8 600*1000*2000 40.96 
TP200 512V 100AH  TP20 10 600*1000*2000 51.20 
TP240 614.4V 100AH  TP20 12 600*1000*2000 61.44 
TPL40 409.6V 100AH  TPL5 8 600*1000*2000 40.96 
TPL50 512V 100AH  TPL5 10 600*1000*2000 51.20 
TPL60 614.4V 200AH  TPL5 12 600*1000*2000 61.44 
TPL80 409.6V 200AH  TPL20 8 600*1000*2000 81.92 
TPL100 512V 200AH  TPL20 10 600*1000*2000 102.4 
TPL120 614.4V 200AH  TPL20 12 600*1000*2000 122.8 
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FAQs

  • qWhat causes communication, voltage, or temperature self-check failure?
    a
    Possible Causes:
    1. Wiring issues
    2. Incorrect DIP switch settings
    3. Poor network cable connection

    Solutions:
    1. Check the network cable between CBMS and GBMS to rule out cable or hardware faults. If the LCD shows CBMS communication error, it’s often due to incorrect wiring between CBMS and GBMS.
    2. Verify the DIP switch settings for the parallel CBMS IP address, and ensure CAN/485 termination resistors are enabled on GBMS and the last battery cabinet’s CBMS.
    3. Inspect network cable connections between units for poor contact or loose connections.
  • qWhy can't the battery be charged?
    a
    Possible Causes:
    1. Charger or UPS mainboard failure
    2. Battery over-discharge triggered protection (voltage below cutoff level)
    3. BMS (Battery Management System) malfunction

    Solutions:
    1. Check if the charger output matches the battery specifications
    2. Try activating the battery using professional equipment
    3. Contact after-sales service to check the BMS or replace the battery

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