Electrification Strategies & Infrastructure
Build charging networks and calculate the financial benefits of transitioning to electric vehicles
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Section 3 of 5⚡Electrification Fundamentals
Electric vehicle (EV) adoption is the cornerstone of fleet decarbonization. Unlike conventional vehicles that burn fossil fuels, EVs use electricity stored in batteries, producing zero tailpipe emissions. The environmental benefit depends on how the electricity is generated - the cleaner the grid, the greater the emissions reduction.
Successful electrification requires careful planning around charging infrastructure, vehicle selection, and operational changes. Level 2 chargers (11kW) are suitable for overnight depot charging, while DC fast chargers (50-350kW) enable en-route charging for longer routes. The key is matching charger power and vehicle requirements with operational needs.
Electrification Benefits
Beyond emissions reduction, EVs offer lower maintenance costs (no oil changes, fewer moving parts), reduced fuel costs, and potential for vehicle-to-grid services that can generate additional revenue.
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Charging Infrastructure Overview
Level 2 (11kW)
Overnight charging, depot locations
DC Fast (50-150kW)
En-route charging, public stations
Ultra Fast (350kW+)
Highway corridors, long-haul routes