What is 50kw@1000V AC to DC Charging Module for Ultra Power Charging
Price
Purchase Qty. Reference FOB Price
1-50 Pieces US$1,280.00
51+ Pieces US$1,200.00
Sepcifications
- Connector Type CCS1, CCS2, CHAdeMO
- Installation Floor Type
- Location Public Use
- Number of Charging Interfaces One Pile with Multiple Charges
- Start Mode Credit Card Payment, Mobile Remote Operation
- Transport Package Wooden/Kraft Carton
- Specification 125mm*440mm*380mm
- Trademark Maxwell
- Origin Hebei
- Weight 23kg
- Iuput Current 100A
- Output Current 0~167A
- Cooling Mode Fan Cooling
- Parallel Modules 60PCS
- Mtbf 1000000hours
- Power Factor 0.99
- Input Frequency 45Hz~65Hz
- After-Sales Service 1 Year Warranty
- Certification CE, ISO, TUV, RoHS
- Warranty 1 Year
Product Description
Basic specifications Model MXR100050B Efficiency (Full Load) ≥95.5% Communication Protocol CAN bus Dimensions 125mm(H)*440mm(W)*380mm(D) Input Voltage 260 Vac~530 Vac, 3 phase+PE Output voltage 200 Vdc~1000 Vdc Output derating above 55ºC Detailed Photos ...
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Classification and Applications of EV Charging Modules The primary function of the AC/DC charging module is to convert the incoming alternating current (AC) into direct current (DC) suitable for charging electric vehicle batteries. It utilizes a rectifier circuit to convert AC into pulsating DC, which is then processed through filtering and voltage regulation to obtain stable DC output. -
Common Faults and Solutions of Charging Modules The charging module is an indispensable key component of the electric vehicle charging infrastructure. However, due to the complex working environment and frequent use, the charging module will inevitably encounter various faults in actual applications. Fully understanding these common faults and their solutions is crucial to ensuring the reliability and safety of charging equipment. Let me explain it to you in detail. -
Analysis of global development trend of electric vehicle charging module The electric vehicle charging module is a core component of the charging infrastructure of new energy vehicles. Its development trend is jointly influenced by multiple factors such as technological progress, market demand and policy support, showing the characteristics of diversification and rapid iteration. With the rapid expansion of the electric vehicle market, the demand for charging infrastructure is also rising. The following is a comprehensive analysis of the global development trend of electric vehicle charging modules: