Those with GPS fleet tracking:

An EV fleet is a group of electric vehicles owned or leased by a company, government agency, or organization. These vehicles run on electricity rather than gasoline or diesel and are used for daily work like making deliveries, carrying passengers, or running utility services.

Charging an electric vehicle (EV) fleet involves setting up a mix of depot, workplace, or home chargers matched to vehicle schedules. It uses Level 2 or DC fast chargers managed by software to control electricity costs and ensure every vehicle is ready for its next shift.

Choosing EVs for a fleet requires analyzing daily route predictability, range capabilities, total cost of ownership (TCO), and charging infrastructure needs. The best candidates are light-duty vehicles or urban delivery vans with fixed daily mileage well under maximum range that return to a central depot. Our EV suitability assessment can help you evaluate what EVs are right for your fleet.

Creating an electric vehicle (EV) transition plan involves assessing current operations, analyzing data like daily mileage and parking time, calculating total costs, planning charger setups, and launching a small pilot test before scaling up across your organization.

Converting a fleet to electric vehicles requires analyzing daily driving routes, planning depot or on-route charging infrastructure, and phasing in vehicle replacements. Start with a small pilot group of light-duty cars or vans that have predictable routes and long stationary dwell times, then scale up as you assess costs and performance.

Scheduling EV fleet charging requires a centralized fleet management software platform to automate charging times around vehicle dwell windows, utility Time-of-Use (TOU) rates, and peak demand thresholds. Operators input shift schedules and vehicle state-of-charge requirements so the system safely delivers the required power before departure without triggering expensive grid demand spikes.

Electric vehicle (EV) fleet management is the process of overseeing, tracking, and optimizing a group of commercial electric vehicles. It handles daily operations like route planning, maintenance, and driver safety, while adding specialized tools to monitor battery health, manage charging station use, and control electricity costs.

Electric vehicle (EV) fleet management software is a digital platform that helps businesses track, monitor, and optimize electric vehicles and their charging infrastructure from one central dashboard. It manages unique EV needs like EV suitability, battery percentage, EV reports including charging history, low-battery alerts, charging status, and live map/mobile app location visibility.

Fleet managers optimize EV charging schedules by using Smart Charge Management (SCM) software to shift charging to off-peak hours, implementing dynamic load balancing to prevent grid overloads and high demand charges, and integrating telematics to align vehicle battery levels with daily route requirements.

Dynamic power sharing (DPS) optimizes EV charging for logistics fleets by distributing available electricity in real time based on actual vehicle demand. Instead of oversizing electrical infrastructure for worst-case scenarios, DPS cuts installation costs, prevents grid overloads, and ensures trucks are fully charged for dispatch.