IoT Based Multi-Modal Speed Controller for an Off-Road open port Electric Double Cab Vehicle
How to Cite?
P.L. Arunkumar, M. Ramaswamy, C. Sharmeela, "IoT Based MultiModal Speed Controller for an OffRoad open port Electric Double Cab Vehicle," International Journal of Engineering Trends and Technology, vol. 69, no. 12, pp. 127-135, 2021. Crossref, https://doi.org/10.14445/22315381/IJETT-V69I12P215
The paper introduces an IoT platform to evolve a multimodal speed control mechanism for a double cab off-road electric vehicle operating in open port conditions. It attempts to integrate an embedded system using anARM core-based STM32 Microcontroller for monitoring the vehicle with its payload and, therefrom, provides a recommendation to control the speed in accordance with the variations in real-time. The system design involves the influence of passenger occupancy status, vehicle speed, engine speed, battery SoC (State of Charge), battery SoH (State of Health), and real-time navigation using various sensors and GPS-based IoT maps consideration. It develops a closed-loop monitoring scheme to follow a sequence of steps that allows the vehicle to remain safe in operation over a sustained duration. The results obtained from the modular test simulation process through the embedded-c firmware illustrate the advantages and establish the performance of the vehicle in relation to the efficiency of the algorithm on a wide dynamic range of varying payload and passenger combinations.
Off-Road, Harbour Application, Open Port, Electric Vehicle, Varying Payload, IoT, Speed Control, Passenger Safety, Battery Sustenance, Micro-Controller, Embedded System, Automotive Application
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