IoT and Hydrogen Transport: Revolutionizing Fuel Cell Vehicle Infrastructure
Pachhaiammal Alias Priya M, P. Karthikeyani, N. Arunfred, M. Hariharan, K. Ramyadevi, S. Murugan
Abstract
The Internet of Things (IoT) in hydrogen transport and fuel cell vehicle infrastructure is a fundamental transformation. This work discusses how IoT devices transformed the system efficiently. By connecting IoT devices, this infrastructure improves effectiveness, security, and sustainability. Hydrogen sensors monitor storage, pipelines, and filling stations to optimize hydrogen supply. Flow meters control distribution and consumption, while pressure and temperature sensors maintain safety. Performance data from vehicle telematics optimizes fuel usage and battery health. Real-time IoT data optimizes hydrogen production and distribution with energy availability in energy management systems. Remote monitoring devices provide quick system health intervention. Communication gateways provide centralized control by connecting everything. Predictive maintenance sensors monitor equipment status to prevent downtime, and IoT strengthens security systems. Smart grid integration integrates renewable and hydrogen generation for sustainability. IoT solutions collect and analyze device data to provide performance insights. Environmental sensors optimize storage. This complete integration strengthens hydrogen transport and fuel cell vehicle infrastructure, making mobility safer, more efficient, and more sustainable.