EV Charger by BLUESTONE

• Upon plugging in the charger, it immediately displays the charging status, energy consumption, allows for setting charging schedules, and configuring the appropriate charging current.
• In addition, users can view historical charging data through the Web application, a feature exclusive to the IoT model.
  
• For the IoT model, the charger can be connected to Ethernet/Internet, enabling external monitoring. RFID functionality is available, allowing users to manage access rights independently.
  
• The Aluminum Enclosure aids in heat dissipation during charging, reducing heat buildup within the device.
• Users also have the option to choose the charger's color, providing a customizable aspect to the charging solution.

• It is an electric vehicle charger with a power rating of 22 kW for 3 Phase 32 A and 7.4 kW for Single Phase 32 A. The design is intended to support both residential use and public charging applications.
• Install a user authentication system to grant charging authorization via RFID (Radio-Frequency Identification) for the IoT model specifically.
• The material is Aluminum, lightweight and corrosion-resistant, suitable for both indoor and outdoor use.
• It features LEDs to indicate the operational status of the charger, including POWER, CONNECT, CHARGE, and ERROR.

Advantage

• Select the charging current mode with a maximum of 16 A or 32 A (exclusive to the IoT model).
• It is possible to adjust the charging current, ranging from 6 to 16 A or 6 to 32 A, using a mobile device to tailor it according to usage needs (exclusive to the IoT model).
• Charging authorization rights can be set through RFID technology, exclusive to the IoT model.
• The EV Charger's control system is separated from the electrical power, extending the lifespan of the EV Charger.
• A device for protecting against direct current leakage at 6mA has been installed to ensure safety for life and property.
• There is an additional external device for protecting against AC leakage current at 30mA Type A for added safety.
  
• There is an external supplementary device to protect against surges caused by lightning, safeguarding both the vehicle and the charger in the event of a lightning strike while charging.
• The material is robust and durable aluminum, reducing heat buildup internally and preventing heat accumulation.
• Install communication equipment to facilitate communication between users and the charger, utilizing WiFi and Modbus TCP. This enables the use of charging data for expense management and building control (exclusive to the IoT model).
• In the case of using a single unit, users can connect to the charger through the pre-installed WiFi. Users can then read the machine's operational data and user electricity consumption information through the provided Web application (exclusive to the IoT model).
  

• The EV Charger's Web Application is designed for ease of use, facilitating configuration, user privilege settings, and generating charge reports. The application displays energy values during charging, the current used, charging status, and error reports in case of issues during charging. This includes information about the charger, power output, total charging time, and time intervals for charging. These details can be utilized to calculate charging expenses per session or on a monthly basis. Note that these features are available exclusively for the IoT model.
• รายงานประวัติการชาร์จของผู้ใช้งาน เวลาที่เริ่มชาร์จ ช่วงเวลาในการชาร์จ พลังงานที่ใช้ (เฉพาะรุ่น IoT)