Charging Module/EV Charger/EV Charging Module/DC Power Supply/Power Supply AC to DC Module/Battery Charger/Power Module/AC/DC Conversion Module

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Product Description

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Basic Specification
Model NO.
TH750Q
Installation
Floor Type
Charge Method
Quick Charge
Certification
CE, ISO
HS Code
8504401990
Input Features
Item Parameters Remark
Operating Voltage(AC) 285~475V, rated voltage 380V See input voltage/output power curve
Input Frequency(HZ) 45~55 -
Power Factor Full load ≥ 0.99 -
THD Full load ≤ 5% -
Standby Power Consumption <12W -
Input voltage / Output power curve
Input voltage/output power curve
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Output Features
Item Parameter Remark
Output Voltage Range(DC) 150~1000V -
Max output current(A) 120 -
Output constant power interval 250~500VDC, 500~1000VDC -
Output current limit range Max limit current is 120A, limit point 2~120A See output voltage/current curve
Voltage Stabilization Accuracy ≤±0.5% -
Current Stabilization Accuracy ≤±1% (load current 20%~100%) -
Peak efficiency ≥95.5% -
Communication Protocol CAN -
Output voltage / Output current
Output voltage/output current
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Quality & Facilities

CE CERTIFICATE

CE Certificate

Manufacturing Center

Manufacturing Center
Professional Test Center

18m³ walk-in high and low temperature lab

Temperature Lab

Anechoic Chamber for EMC Testing

Anechoic Chamber

Test hall: Program AC power & DC load

Test Hall
Frequently Asked Questions
What is the output voltage range of the TH750Q module?
The module supports a wide output voltage range from 150V DC to 1000V DC, making it suitable for various EV charging requirements.
What is the maximum efficiency of this charging module?
The TH750Q charging module reaches a peak efficiency of ≥95.5%, ensuring minimal energy loss during the conversion process.
Which communication protocol does the module use?
The module utilizes the CAN (Controller Area Network) communication protocol for stable and efficient data exchange in parallel systems.
Does the module support parallel operation?
Yes, it supports parallel connection with current sharing imbalance ≤±5% for high-power charging station configurations.
What safety protections are integrated into the output?
The module includes features to prevent current rewinding and maintains high voltage/current stabilization accuracy (≤±0.5% and ≤±1% respectively).

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