Features
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XY Power Highly Competitive Charging Module
X40133Q1E
Category:
Keyword:
stability
design
accurate
Output Power:40kW
Peak Efficiency:96.5%
Full Load Noise:≤60dB(at 20℃)
Warranty Period:5year
1.More generous power density design, offering enhanced stability;
2.Mature topology structure with comprehensive protection strategies to ensure stability;
3.Full front potting for stronger environmental adaptability;
4.Integration of sampling and digital modeling for accurate module lifespan prediction.
Input
Voltage Range |
260-485Vac, derates to 50% from 323Vac to 260Vac linearly |
Current Range |
0~80A |
Wiring |
Three phase, 3W+PE |
Frequency |
50/60Hz +/- 5Hz |
THDi |
<3% under nominal power |
Power Factor |
>0.99 @50~100% load |
Standby Power Consumption |
<12W |
Start-up Current Surge |
≤110% rated max current |
Output
Voltage Range
|
50~1000Vdc
|
Nominal Power
|
40kW @300-1000Vdc
|
Max Current
|
133.3A
|
Short Circuit Protection
|
current limit when in output short circuit, auto recovery
|
Voltage Regulation
|
within +/- 0.5%
|
Current Regulation
|
within +/- 1%
|
Voltage Ripple
|
≤ 1%
|
Start-up Voltage Surge
|
≤ 105% of the setting value
|
Communication & Alarm
Communication | CAN |
Parallel Installation | 60 modules max. |
Module Address | support software setting and hardware setting |
Environment
Operation Temp. | -40℃~+75℃ (derating from 55℃ to 75℃) |
Storage Temp. | -40℃~+85℃ |
Relative Humidity? | under 95% RH, non-condensing |
Altitude | under 2000m, derates above 2000m |
Corrosion Resistance | Operation shall be free from harmful gases or conductive media that could corrode metals or damage insulation |
General Spec.
Dimension | 300*437*84(W*D*H, mm, w/o handle) |
Weight | < 20kg |
IP Protection | IP20 |
Cooling | Forced Air Cooling |
Efficiency | ≥ 96.5% @full load, peak efficiency of 97.2% |
Noise | 58dB @25℃(relatively lower about 10℃ against Si-components modules) |
EMI Compliance | Meet Class B |
ID Setting | software setting or pre-set via dialer |
OTA | / |
Protection
Temperature Protection | automatically shuts down when temperatures exceed 75℃ and reverts to standby mode once normal temperatures are restored |
Input OVP, UVP, phase lose | automatically shuts down in the event of abnormal input voltage and returns to standby mode when input conditions normalize. |
Over Current, Short Circuit | manually restart following an automatic shutdown |
Output Over Voltage | protection settings through software or utilize built-in hardware |
What cooling method does the charging module use (air-cooled/liquid-cooled)? Can it operate stably in harsh environments such as high temperature and high humidity?
30/40kw charging module features forced air cooling, and the 60kw one features independent air-duct cooling. XY Power charging module is widely known as its reliability and efficiency, it’s market-proven to operate stably in harsh environments. Comparing with these two modules, the independent air-duct cooling module is rated IP65 and it has better adaptability to high temperature and high humidity.
What is the expected lifespan of the charging module? Does it require regular maintenance? If so, what is the frequency and approximate cost of maintenance?
The lifespan of a charging module is influenced by the longevity of several key components, primarily including fans, film capacitors, electrolytic capacitors, and others. XY Power intelligent operation and maintenance functionality enables the prediction and balancing of the lifespan of these critical components. This ensures higher reliability, extended lifespan, lower maintenance costs, and more precise operation and maintenance management throughout the entire lifecycle of the charging infrastructure.
Does the charging module support smart features such as remote monitoring, fault diagnosis, and OTA updates? Is it compatible with mainstream communication protocols like CAN?
Absolutely yes. Starting from the X2 generation, the charging modules from XY Power are equipped with an intelligent operation and maintenance system. These modules can upload more data through protocols, providing data and functional support for the intelligent operation and maintenance of charging stations or platforms. This enhances the overall reliability, extends the lifespan, reduces maintenance costs, and enables more precise operation and maintenance management throughout the entire lifecycle of the charging facilities.
The intelligent operation and maintenance system by XY Power can achieve lifespan prediction, fault warning, grid monitoring, environmental sensing, and system auxiliary functions.
XY Power is pleased to offer you expert system development, product technology, and comprehensive lifecycle maintenance services.
We warmly welcome you to reach out to us.
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