YingPower vs Aixine

YingPower is a charging App for EV drivers, simple interface, easy operation, with one-stop charging service, reserve charging functions, support Wi-Fi connection, remote charging and management is available to make the charging in an easy way. - Reserve charging Pre-set the charging time and period, no need to repeat charging settings. - Swipe card to charge - Swipe card to charge App can bind the RFID card, then user can swipe the card to charge in case the charger is offline. - User authorization Sharing the charging, provide the charging authorization to family members and friends. - Charging monitor Real-time charging status monitoring, check the charging histories, overview the charging electricity of each day, each month and each year. - Remote upgrade Support remote upgrade for charger to get more smart charging services

·Intelligent charging control: You can set the charging mode flexibly via the Aixine Charge APP: plug-and-charge, appointment-based charging, card-based charging, etc. ·Real-time monitoring during charging: The charging status is clearly visible. View real-time charging statistics:power, power usage, duration, current, and voltag. At the same time, it monitors the safety of the power usage environment, actively analyzes risks and promptly sends abnormal warnings, allowing you to charge with peace of mind in a transparent data visualization experience. ·Multidimensional charging data statistics:Completely record every charging history, and provide cumulative and shared charging data statistics.The APP deeply analyzes charging behaviors, helping you formulate more economical and efficient charging plans. ·Family Sharing Charging: The owner of charger can set up a dedicated "family account" for family members, allowing easy sharing of charging among family members and friends. ·OTA Remote Upgrade: Automatically detects the status of the charger, modifies the charger configuration and upgrades the firmware. ·Distribute charging power evenly within a charger group to maximize charging efficiency within limited total charging power via dynamic load balancing.