GAF Energy GAF Energy

Cts High Voltage Lithium LiFePO4 Battery Solution 500V 600V 60kwh 100kwh 150kwh Battery System for Electric Truck Bus Construction Machinery

Product Description

High Voltage Lithium LiFePO4 Battery Solution for Electric Truck Bus Construction Machinery
> Standard EV Battery Module For Electric Bus and Heavy Truck, Support Max 600KWH System
Product Description
High Voltage Lithium LiFePO4 Battery Solution 500V 600V 60kwh 100kwh 150kwh Battery System for Electric Truck Bus Construction Machinery
High Voltage Lithium LiFePO4 Battery Solution Specifications
High Voltage Lithium LiFePO4 Battery Solution Technical Details
MODEL F128206 F128230 F153206 F153230
ELECTRICAL SPECIFICATIONS
Cell Type - Chemistry 3.2V 206ah 3.2V 230ah 3.2V 206ah 3.2V 230ah
Rated Capacity 206Ah 230Ah 206Ah 230Ah
Rated Voltage 128V 128V 153.6V 153.6V
Energy 26.386kWh 29.44kWh 31.16kWh 35.328kWh
IP Protection IP67
Cycle life >3000 cycles (90% DOD, 0.5C)
MECHANICAL SPECIFICATIONS
Dimensions (L x W x H) Within L1060*W630*H245mm
Weight <=230Kg
DISCHARGE/CHARGE SPECIFICATIONS
Discharge Cut-off Voltage 100V 100V 120V 120V
Max Continuous Discharging 1C
Peak Discharge Current 2C/30s; 3C/5s
Recommended Discharge Current 0.5C
CHARGE SPECIFICATIONS
Charging Limited Voltage 146V 146V 175.2V 175.2V
Max Charging Current 1C
Recommended Charge Current 0.5C
TEMPERATURE SPECIFICATIONS
Self discharge rate ≤ 3 %/month
Charge Temperature Range 0~50 ºC
Discharge Temperature Range -20~60 ºC
Recommended Operating Temp 15~35 ºC
Storage Temperature & Humidity Range (Less than 1 month) -20~35 ºC, 45~75% RH
Storage Temperature & Humidity Range (Less than 3 months) -10~35 ºC, 45~75% RH
Recommended Storage Temp. & Humidity Range 15~35 ºC, 45~75% RH
System cooling mode Liquid cooling
MODEL F96280 F96302 F115280 F115302
ELECTRICAL SPECIFICATIONS
Cell Type 3.2V 280ah 3.2V 302Ah 3.2V 280ah 3.2V 302Ah
Rated Capacity 280Ah 302Ah 280Ah 302Ah
Rated Voltage 96V 96V 115.2V 115.2V
Energy 26.88kWh 28.99kWh 32.256kWh 34.79kWh
IP Protection IP67
Cycle life >3000 cycles (90% DOD, 0.5C)
MECHANICAL SPECIFICATIONS
Dimensions (L x W x H) Within L1060*W630*H245mm
Weight <=230Kg
DISCHARGE/CHARGE SPECIFICATIONS
Discharge Cut-off Voltage 75V 75V 90V 90V
Max Continuous Discharging 1C
Peak Discharge Current 2C/30s; 3C/5s
Recommended Discharge Current 0.5C
CHARGE SPECIFICATIONS
Charging Limited Voltage 109.5V 109.5V 131.4V 131.4V
Max Charging Current 1C
Recommended Charge Current 0.5C
Core Technology
Battery Core Technology
A. Multiple Voltage and Capacity Choices

Support the max connection of 12 modules (4S3P) in one system. The modules can be connected freely to reach a maximum of 656V and 600KWH.

❄️ B. Longer Life Thermal Consistency

Features a redesigned liquid cooling system designed for improved thermal consistency and significantly longer operational life.

🛡️ C. Safer EV Battery Module

Equipped with highly reliable LiFePO4 cells and supported by a multi-tiered safety protection system.

📊 D. SOC Calculation Accuracy
  • Real time dynamic calibration
  • Vehicle operation condition consideration
  • Multi-method calculation combination
  • High accuracy measurement of cell voltage, temperature, and pack current
  • Backed by massive experimental data
🔍 E. Faults Diagnosis System
  • Insulation & water leakage monitoring
  • Cell voltage out of range detection
  • High/low temperature alerts
  • Communication faults tracking
  • Contactor weld & power connection diagnostics
  • Temperature sensor faults verification
🔌 F. Standard Box Electrical Diagram
  • Two-way high voltage input with double-gun charging support
  • Two-way high voltage output: Water cooling compressor output & motor driving output
  • Single-way low voltage output for comprehensive vehicle communication
Voltage and Capacity Modules Option
Liquid Cooling System Design
Safer EV Battery Module Testing
SOC Dynamic Calibration System
Faults Diagnosis Operations
Standard Box Electrical Diagram
Product Applications & Photos

Our standard modules are widely used in public buses and industrial vehicles, such as mining trucks, tunnel vehicles, large capacity AGVs, and skyline cranes. We have extensive experience delivering reliable power in various demanding markets.

Product Applications Gallery
Profile

Since 2011, our focus has been dedicated to the one-stop customization of high-quality lithium battery products, including electric vehicle batteries, large energy storage systems, smart home storage, and premium electric motorcycle batteries. Offering more than 30 distinct types of cells, we specialize in manufacturing custom OEM battery packs spanning from 12V to 800V and capacities of 10Ah to 1000Ah. These products power electric vehicles, E-bikes, UPS setups, energy storage plants, telecommunication base stations, E-scooters, electric tools, unmanned aerial vehicles, golf carts, forklifts, cleaning utility cars, and electric wheelchairs.

We prioritize a strict quality policy highlighting continuous innovation and design refinement to satisfy client parameters. To enable maximum production consistency, we integrate advanced automated machinery and process technologies sourced from international industry leaders. Demonstrating our commitment to quality standards, our operations adhere strictly to ISO 9001, ISO 14001, and OHSAS 18001 certifications. We maintain a design ethos driven by human-oriented values and efficient, ecological innovation to help foster clean energy infrastructure worldwide.

Production Facility Automation
Quality Control Testing and Standards
Frequently Asked Questions (FAQ)

QWhat applications are these high-voltage LiFePO4 battery modules suitable for?

These modules are designed for heavy-duty electric transport and industrial vehicles, including electric public buses, mining trucks, tunnel machinery, skyline cranes, and heavy-capacity AGVs.

QHow customizable is the system voltage and overall capacity?

The battery system is highly modular. It supports a maximum series-parallel connection of up to 12 modules (4S3P configurations), enabling dynamic system layouts up to 656V and total capacities reaching 600kWh.

QHow does the liquid cooling system protect the battery?

The advanced, redesigned liquid cooling system ensures outstanding thermal consistency across all internal LiFePO4 cells. This prevents localized heat buildup, resulting in enhanced safety and a significantly extended cycle life.

QWhat is the expected lifecycle and durability of these battery packs?

The modules utilize high-quality Lithium Iron Phosphate chemistry, providing over 3,000 charge-discharge cycles at 90% Depth of Discharge (DOD) with a standard 0.5C rate, and boast a robust IP67 dust and water protection rating.

QWhat smart monitoring features are included in the system?

The system features high-precision State of Charge (SOC) tracking using real-time dynamic calibration and multivariable evaluation. It also incorporates a diagnostics array that checks for insulation leakage, voltage/temperature extremes, and wiring issues.

Related Products