Understanding different fleet technologies10 Jul 2023 14:35
Automotive Technologies
Fleet technologies can mostly be lumped into two categories: automotive tech and management solutions. Automotive tech can be considered technologies that focus on a specific vehicle and its driver. Autonomous vehicle (AV) technology, for example, is a rapidly evolving field, primarily focused on safety. Most original equipment manufacturers (OEMs) offer Level 0 and 1 autonomy, encompassing safety features like automatic emergency braking, collision warning, lane departure warning, adaptive cruise control, and lane-keeping assist. Investing in vehicles with low-level autonomy can significantly improve fleet safety. Level 2 autonomy, which offers hands-free driving with the need for driver attention, is the latest to hit the market, but is still in the early stages of adoption.
Another example of upcoming automotive tech is augmented reality (AR) auto-dimming windshields, such as the one proposed by General Motors. The AR windshield is meant to tackle the issue of glare from oncoming headlights. By utilizing AR heads-up displays, light sensors and smart glass that can be electrically tuned to automatically dim specific sections of the windshield when excessive light is detected. This technology mitigates the risk of accidents caused by high beams and minimizes liability.
Enhanced driver monitoring systems, such as Magna’s advanced camera technology integrated into the interior mirror, offer comprehensive approaches to driver safety. These systems actively detect and react to distracted driving behaviors while accommodating normal actions like checking blind spots. With features like seat belt detection, video conferencing, and facial recognition capabilities, enhanced driver monitoring systems promote increased safety and accident mitigation.
Hydrogen combustion engines, although woefully less promoted than electric vehicles (EVs), are another automotive technology that promise a cleaner, more sustainable future for fleet operators. By utilizing hydrogen gas as the primary fuel source, these engines produce zero greenhouse gas emissions. Hydrogen combustion engines provide high torque output and robust performance and acceleration, making them suitable for a wide range of applications, including heavy-duty transportation. With rapid refueling times, extended climate adaptability, and the potential for smaller and fewer batteries, hydrogen-powered vehicles offer distinct advantages over conventional EVs.
https://fleetpoint.org/technology-news/understanding-different-fleet-technologies/
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