Author: EVCOME-EV Chargers Manufacturers
The use scenarios of AC charging piles are usually applicable to large, medium and small electric vehicle charging stations; various public places with electric vehicle parking spaces such as urban residential areas, shopping plazas, and electric business premises; transportation hubs such as high-speed service areas, stations, and docks area. Different usage scenarios have different charging difficulties. The charging pile market scenario application and charging solutions are the key to directly addressing the pain points of the industry. 1. Working environment of AC charging pile 1. The ambient air temperature during operation is -25℃~50℃, and the 24h daily average temperature≤35℃; 2. Monthly average relative humidity≤90% (25°C), no condensation on the surface; 3. Atmospheric pressure 80kPa~110kPa; 4. Installation vertical inclination≤5%; 5. The severe level of vibration and shock in the place of use≤Class Ⅰ, the induction strength of external magnetic field in any direction≤1.5mT; 6. There should be no explosive medium in the place of use, and the surrounding medium does not contain harmful gases and conductive media that corrode metals and damage insulation. Water vapor and serious mold are not allowed; 7. The place of use should avoid direct sunlight , When installing outdoors, it is recommended to install sunshade facilities for the charging pile; 8. When users have special requirements, they can negotiate with our company. 2. Functional characteristics of AC charging pile 1. Provide vertical and wall-mounted installation methods; 2. Adopt AC220V AC input; 3. The main control board adopts a single-chip microcomputer with an embedded operating system, and the charging modes are divided into automatic charging and fixed time , fixed amount, and fixed power. RS-485 networking communication interface can be reserved, and optional GPRS networking mode is provided; 4. It adopts a 4.3-inch 480x272 resolution color touch screen display, which is operated by touch buttons and can be set Charging mode; 5. Use single-phase electronic energy meter for electricity metering, and communicate with the main control board through RS-485 interface; 6. Use non-contact smart card reader to read IC card related information, and use RS-485 The interface communicates with the main control board, and the background of the main control board 7. The program performs charger identification, user information recording, charging fee calculation, etc.; 8. The incoming line switch adopts a switch with leakage protection function, and installs an emergency stop button; 9. , The shape is made of sheet metal and part of ABS plastic structure.
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