The application of RFID in the green environmental protection of automobiles

Given the current trend in oil prices and the co-promotion of carbon neutrality, organizations are under increasing pressure to adopt different technology solutions to improve the efficiency of mobile device management. How to take measures to improve fuel efficiency and reduce gas emissions will not only be attached to the bottom line of the organization, but also make it more political and environmentally attractive.

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An important area for using technology solutions to reduce fuel consumption and carbon dioxide emissions is mobile device management. This solution leverages advanced technology, combined with comprehensive analysis and management software, to provide real-time monitoring and analysis of fleet performance for responsive managers. Mobile device management solutions enable companies to streamline processes and maximize the performance of mobile devices by tracking and monitoring vehicles, machinery, trailers, ships and cargo, and drivers and operators.

More advanced mobile device management solutions include GPS navigation, wireless communication technology and Internet access, as well as telemetry sensors (wireless or wired), RFID readers and communication devices. The information gathered using these technologies facilitates online interaction with fleets, workflow automation, and real-time cost analysis of critical business decisions. This comprehensive solution delivers best practices for advanced fleet management, real-time labor management, communications and information, vehicle repair and diagnostics, route and resource utilization efficiency, cost management, advanced analysis and management reporting.

Install a mobile device monitoring system on the car and through the portal

Websites and handheld devices enable real-time alerts, allowing fleet managers to learn about special situations without having to continuously monitor every car in the fleet. The monitoring device can be connected to any electronic system, and the electronic systems that evaluate the various components of the vehicle include fuel sensors, odometers, speed indicators, engine controllers, brakes, and launch computers. The RFID reader tracks the driver's location and activity data by identifying the ID and obtains information about the shipment via RFID tags on the pallet or item. The data is first transmitted to an onboard computer and then transmitted to the data center of the monitoring system via mobile communication technology.

The RFID mobile device management system allows the user or manager to confirm which measurements of certain components constitute an abnormal operating condition and then fine tune the standard. Information and alerts about anomalies are sent to users or managers through the most effective mechanisms (note: email, voicemail, websites, mobile devices or text messages, etc.). For organizations looking to reduce fuel consumption and carbon dioxide emissions, RFID mobile device management systems can bring significant benefits.

In this battle to improve vehicle fuel efficiency and reduce emissions, properly trained drivers are the company's best assets. With the RFID mobile device management system, drivers and operators can get the latest information and standards in fuel-saving and emission-reducing technologies (for example, keeping tires inflated, speed-limiting driving, limiting vehicle overweight, etc.). Many RFID mobile device management systems are currently able to customize the driver scoring system, taking into account many of the criteria listed above.

The driver scoring system is associated with a specific driver via an RFID card, and each driver swipes the card through a card reader mounted on the car's joystick. These RFID cards are used to store driver attributes, which are related to the driver rating program and are designed to create a complete driver performance system. This method of scoring can be attributed to the driver's fuel efficiency or to increase the emission reduction index to a number that can be used to effectively compare the same driver's record on different dates, or to compare horizontally with other drivers.

Reduce idle time

Drivers often leave their engines idle, serving as power supply heating and air conditioning equipment, ventilation, food production and storage equipment, lighting and entertainment. The idling quickly consumes fuel, and these fuels are equipped with the driver's delivery route based on the predicted mileage. The RFID mobile device management system can report the idle mode in detail, indicating when and where to maximize fuel savings and emissions reduction while minimizing the impact on operations. Based on these reports, managers can consider the following engine idle modes: shore power (120V AC for trucks when the truck is parked), generators (external energy to provide power to drive the driver's entertainment equipment), and inverters (12V) The DC power is converted to 120V AC so that the driver can use any AC equipment).

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