RFID technology makes car engines more efficient

The rapid development of RFID technology has been recognized by more and more fields. The power of automobiles has always been a major selling point for automobiles. Low fuel consumption and high efficiency have become a major focus of automobile research and development. RFID technology can also reduce the idling time of car engines and improve engine efficiency.

At present, the trend of oil prices has been rising, and different technologies are being used to improve the efficient operation of car engine. Coupled with the measures taken to reduce the impact of greenhouse gases on global climate change, it is obvious how to take measures to improve fuel efficiency and reduce gas emissions has become a major measure for environmental protection.

An important area for using technical solutions to reduce fuel consumption and carbon dioxide emissions is mobile device management. This solution utilizes 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 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 will include GPS navigation, wireless communication technology, and Internet access. In addition, vehicles will be equipped with telemetry sensors (wireless or wired), RFID readers, and communication equipment. The information gathered using these technologies can facilitate online interaction with fleets, automate workflows, and perform real-time, in-depth cost analysis of critical business decisions. This comprehensive solution can bring the best implementation methods to advanced fleet management, real-time labor management, communication and information, vehicle maintenance and diagnostics, route and resource utilization efficiency, cost management, advanced analysis and management reports, and more.

Install a mobile device monitoring system on the car and implement real-time alarms through hand-held devices, so that fleet managers can learn about special situations without the need to continuously monitor each car in the fleet. The monitoring equipment can be connected to any electronic system. These electronic systems that evaluate various components of the car 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 goods through RFID tags on the pallet or item. These data are first transmitted to an on-board computer and then transmitted to the data center of the monitoring system via mobile communication technology.

The RFID mobile device management system allows users or managers to confirm which measurement values of certain components constitute abnormal operating conditions and then fine-tune the standards. Information and alerts about abnormal conditions are sent to users or managers through the most effective mechanisms (Note: e-mail, voice mail, website, mobile device or text message, etc.). For organizations seeking to reduce fuel consumption and carbon dioxide emissions, RFID mobile device management systems can provide 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 obtain the latest information and standards on fuel saving and emission reduction technologies (Note: for example, keeping tires inflated, timely speed limits, limiting vehicle overweight, etc.) Many RFID mobile device management systems today are able to customize the driver scoring system, which takes into account many of the criteria listed above.

Drivers often leave their engines idle, serving as power supplies for heating and air conditioning, ventilation, food preparation and storage, lighting and entertainment. Idling quickly consumes fuel, which is provided to the driver's delivery route based on the predicted mileage. RFID mobile device management systems can report idling patterns in detail, indicating when and where they can maximize fuel savings and reduce emissions, while minimizing the impact on operations. Based on these reports, managers can consider choosing the following engine idling modes: shore power (120V AC is provided to the driver when the truck is stopped), generators (external energy provides power to drive the driver's entertainment equipment), and inverters (12V The DC power is converted into 120V AC power so that the driver can use any AC equipment).

The rapid development of RFID technology will enable it to be used in multiple fields. RFID technology effectively improves work efficiency, strengthens quality control, and promotes efficient intelligent production. How can RFID technology make automotive engines more efficient and reduce exhaust emissions? Emissions make the sky more blue!