30kw EV DC Charging Module for Electric Vehicle 1000V CCS Fast Charge EV Charger

Still deciding? Get samples of $ !
Order Sample

Product Description

📊

Basic Specifications

Model NO.
TH30F10025C7
Type
Fast EV Charging Station
Efficiency
Larger Than 96%
Output Voltage
150-1000V
Output Current
2-120 A
Power Factor
Larger Than 0.99
Certification
CCC, CE, ISO
Warranty
12 Months
Start Mode
RFID Authentic
Location
Public Use
Soft Start Time
3-8 S
Origin
China

Product Description

This product is a three-phase 380VAC input charging module, utilizing industry-leading resonant voltage type double-loop control switching power supply technology and three-phase three-level power factor correction. It offers significant advantages in size, weight, efficiency, and high operational reliability.

30kW/1000V Power Module Technical Specification
Input Features Input Voltage Range 285V~475V
Input Frequency 50Hz±10%
Power Factor ≥ 0.99
THD ≤ 5%
Output Features Output Voltage Range 150~1000V DC
Max Output Current 80A
Constant Power Range 1000-250VDC constant 30KW
Efficiency ≥ 96%
Communication CAN Protocol
Environmental Working Temp -30~+75ºC (50ºC derating)
Humidity 5%RH~95%RH (non-condensing)
Cooling Fan cooling
📜

Certifications & Manufacturing

CE Certificate

CE Certificate

Manufacturing Center

Manufacturing Center
🔬

Testing & Quality Assurance

Test Center

Test Center

Quality Guarantee Systems

Quality Control 1
Quality Control 2

Frequently Asked Questions

Q1: What is the input voltage requirement for the 30kW charging module?
The module requires a three-phase 380VAC input, with a stable range between 285V and 475V.
Q2: What is the maximum output voltage this module can provide?
It supports a wide output voltage range from 150V DC up to 1000V DC, making it suitable for a variety of electric vehicle batteries.
Q3: How efficient is the TH30F10025C7 charging module?
The peak efficiency of this module is greater than 96%, ensuring minimal energy loss during the fast-charging process.
Q4: Does the module support parallel connection?
Yes, it features current sharing for modules in parallel with an imbalance of ≤±5%, allowing for scalable power configurations.
Q5: What cooling method is used for thermal management?
The module utilizes forced fan cooling to maintain optimal performance even in high-temperature environments.
Q6: What communication protocol does it use for integration?
It uses the standard CAN communication protocol for seamless integration into EV charging station control systems.

Related Products