Maximizing Battery Life in Electric Fleets
The transition to Commercial Electric Vehicles (CEVs) is accelerating. While the environmental and long-term cost benefits are clear, managing an electric fleet introduces an entirely new set of variables. Foremost among these is managing battery State of Charge (SOC) and State of Health (SOH). Standard telematics systems built for internal combustion engines (ICE) simply fall short.
Deep EV Telematics Integration
AI-Karangué has developed specialized integration protocols tailored specifically for electric heavy-duty and transit vehicles. By tapping directly into the vehicle's EV CAN bus, our system pulls real-time, high-fidelity data on battery temperature, voltage fluctuations, and charging cycles.
Combating "Range Anxiety" through AI
Range anxiety is a significant hurdle for fleet dispatchers. Our platform utilizes AI to analyze historical route data, topography, payload weight, and even real-time weather conditions to provide hyper-accurate range predictions. Dispatchers can see exactly which vehicles have the optimal charge to complete a route without risk of stranding.
Optimizing Charging Infrastructure
Charging commercial EVs at the wrong time of day can lead to massive spikes in utility costs due to peak demand charges. The Karangué221 dashboard provides "Smart Charging" analytics, recommending optimal charging schedules that align with off-peak energy rates while ensuring vehicles are ready for their next shift.
The future of logistics is electric. Ensure your fleet is equipped with the intelligence required to maximize the lifespan and efficiency of your EV investments.
