Fleet Management Solution

Transportation is essential to the global economy, and long-haul trucks play a critical role in the modern supply chain. Currently, freight logistics face many challenges, including rising fuel prices and emission pollution. Heavy-duty trucks are large and carry heavy loads, which means they produce more carbon dioxide emissions or a larger carbon footprint. In the United States, medium- and heavy-duty trucks make up only 5% of all vehicles on the road but account for 20% of carbon emissions. Hence, vehicle telematics technology is applied to fleet management to help make better decisions, improve operational and logistics planning efficiency, and achieve fleet management sustainability.

Fleet Management Solutions Based on Vehicle Telematics

How does vehicle telematics play a role in fleet management, leveraging the collaboration of modern technologies such as wireless networks Wi-Fi, 4G/5G, the Internet of Things, edge computing, and smart sensors?

First, it collects data through sensors such as GPS, accelerometers, engine sensors, and fuel consumption sensors to monitor vehicle location, speed, fuel consumption, engine status, and operating conditions. Then, the data is transmitted through the CAN Bus channel to the in-vehicle pc in the car and shared with a remote control center or the cloud servers through the wireless network. The processed data can generate reports and analyses, such as driver behavior assessment, route planning, fuel consumption analysis, and vehicle health diagnosis, providing real-time information to help drivers, fleet managers, and fleet operators make informed and prompt decisions.

Therefore, in the present day, regardless of long-haul trucks, heavy-duty fleets, buses, trucks, and other commercial or special vehicles, these fleets can benefit from powerful networking capabilities and real-time data analysis through multifunctional and rugged in-vehicle computers. This not only enhances the driver experience and safety, but also achieves the overall optimized management of the company fleet.

Requirements

• Highly Flexible, Suitable for Installation in Limited Spaces

An in-vehicle computer is typically installed in limited spaces, so careful consideration should be given to the computer’s size and mounting method. Users can choose a vehicle mount computer with an interactive touchscreen or a box computer, with the latter focusing on data processing, connectivity, control functions, and output to an external display.

• Supports Wide Input Voltage and IGN to Prevent System and Data Damage

Different voltage sources are provided in cars, trucks, and buses, and the possible surge high voltages during startup should be considered. This necessitates the in-vehicle computer to support wide input voltage, overvoltage, and overcurrent protection. In addition, an IGN function is also required to ensure that the in-vehicle computer only boots up when the voltage is stable or delays shutdown to prevent damage caused by sudden power loss.

• Supports Wireless Real-time Connectivity and Positioning

An in-vehicle computer requires diverse wireless connectivity options, including Wi-Fi, GNSS, 4G/5G, and Bluetooth, to enable real-time communication, network connectivity, positioning, and data transmission.

• Abundant I/O Interfaces to Connect to Various Sensors and Peripherals

An in-vehicle computer must support a variety of I/O interfaces, such as USB, LAN, COM, and GPIO, to seamlessly connect to various external devices. Moreover, it must have a CAN Bus interface to connect to the vehicle’s various control modules to obtain essential vehicle information for monitoring.

• Robustness in Extreme Environments

Whether it is the cold winter or the hot summer, commercial vehicles must consistently perform transportation tasks. This requires the computer not only to be durable but also to possess excellent shock resistance to ensure stable operation under the vibrations of various road conditions.