Maxwell 30kw EV DC Charging Power Module Video
Price
Min. Order Reference FOB Price
2 Pieces US$690.00 / Piece
Sepcifications
- Output Voltage 100VDC to 1000VDC
- Transport Package by Wooden Carton or Kraft Carton, by Air or by Sea
- Specification 459*360*82mm
- Trademark Maxwell
- Origin Hebei
- Product Name EV DC Charging Module
- Power Supply 3phase+PE
- Communication Mode Can Bus
- Input Current <60A
- Input Voltage 285VAC to 475VAC
- Output Current 0-100A
- Parallel Quantity Max Number Is 60
- After-Sales Service 12 Months Warranty
- Type Fast EV Charging Station
- Certification CE, ISO, TUV, RoHS
- Warranty 12 Months
Product Description
Product Description MXR100030 is a charging power module developed for the shortage of charging pile industry. It has prominent advantages in the two major industries of ultra-high full-load operating temperature and ultra-wide constant power range. At the same time, high reliability, high ...
-
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. -
A Comprehensive Guide to Help You Choose the Charging Module That Suits Your Needs The development of the new energy vehicle industry is inseparable from common chargers, and its core component modules include charging modules, controller, communication modules, etc. The charging module is the heart of the charger and the core part of building a high-power charging infrastructure. This article will take you to an in-depth understanding of the charging module, including its definition, principle, classification, characteristics, and important factors to consider when purchasing. -
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: