MXR100030 EV Charger Module
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EV Charger Module
Flexible, reliable, low-cost power module for ev charging(charger) station. MXR series ac/dc charging module is key power part of dc ev fast charger, which converts ac to dc and then charge electric vehicles, providing reliable dc supply for equipment requires dc power.
Main Features
● ultra-wide output voltage range, 100 ~ 1000vdc, suitable for various models;
● ultra-high output power, in 300v~1000v output voltage, 30kw constant power output;
● wide operating temperature range, -40℃ ~ 75℃;
● full load efficiency is higher than 95.5%, high efficiency in the whole working range, and more energy saving;
● ultra-low noise, improve user charging experience;
● the current in the low-voltage area does not shrink, and the charging speed is faster;
● the module is built with residual pressure relief loop to reduce system cost and improve system reliability;ev charging station power module
ev charging(charger) station power module integrated circuits and reference designs
our integrated circuits and reference designs help you create smarter and more efficient power modules that can charge electric vehicles (evs). Whether it is a power factor correction (pfc) stage or a dc/dc power stage design, we have the right circuits to design an efficient power module.
ev charging station power module designs require expertise to enable:
accurate sensing and control of power output.
high-power density to support faster and higher power conversions.
efficient pfc and dc/dc conversion to reduce losses.Characteristic Curve
MXR100030, 30kW EV Charger Module
EV Charging(charger) Module Excellent Advantages
Ultra-high full-load temperature 60 ℃
Charging pile is an outdoor application product, the air inlet temperature in summer is normally 50 ~60℃, the heat problem of charging module is very prominent, and most of charging module in the market cannot withstand the high temperature environment (generally 50℃ or 55℃ full power), which can only limit the amount of power to use that greatly reduces the charging speed!
MXR100030 can output full power at 60℃, effectively ensuring the charging speed in high temperature environment.Ultra-wide Output Constant Power Range 300v-1000v
In order to improve the range of electric vehicles, it is an inevitable trend to increase the capacity of the power battery and increase the voltage of the whole vehicle power battery.
The output voltage of current dc modules in the market is 750v and the maximum output power is 20kw. Output voltage range of MXR100030 is 100-1000v, and in the full range of 300-1000v to achieve constant power 30kw output, its ultra-wide output voltage range and ultra-wide output constant power range are in the industry leading level.
MXR100030's ultra-wide output voltage range and ultra-high output power are suitable for charging various electric vehicles and greatly improve the charging speed.Shijiazhuang Maxwell Technology Co., Ltd is a national high-tech enterprise and a leading enterprise in new energy and energy Internet supported by the Shijiazhuang Municipal Government. Electric vehicle charger module related certificates.
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Output Power30kW@ output volatge ≥300Vdc
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Input Voltage285-475Vac, three-phase + PE
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Input Current<60A
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Grid Frequency45-65Hz
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Voltage Range100-1000Vdc, default value: 200Vdc
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Current Range0~100A
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Voltage stabilized accuracy≤±0.5%
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Current stabilized accuracy≤±1%
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Current Sharing Imbalance≤±3%
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Ripple Peak to Peak≤±1%
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Storage Temperature-40℃~+75℃
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Relative Humidity≤95% RH without condensation
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MTBF>500000 hours
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Size(W×D×H)360×459×85mm
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Weight≤20kg
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Efficiency(full load)>95.5%
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Cooling ModeFan cooling
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Communication MethodCAN bus
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Parallel Module Quantity≤60 pieces
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IndicatorGreen: normal operation Yellow: alarm Red: fault
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CertificationCE/Dekra/EMC
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Power Factor≥0.95(6kw≤output power≤15kw); ≥0.98(15kw≤ output power≤30kw)
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ITHD≤5%(15kw≤output power≤30kw)
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Operating Temperatue-40℃~75℃, output derating above 55℃
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AltitudeNo derating below 2000m,When the altitude is above 1000m, it needs to set the actual altitude value, the working temperature decreases by 1℃ for each additional 100 m
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Standby Power consumption13W+/-0.5W
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