Maestro Intellect

Here’s how electric vehicles work:

The charge port connects the vehicle to an external power source to charge the battery pack.

The rectifier converts alternating-current (AC) voltage from the grid to direct-current (DC) voltage for charging the battery pack.

The battery pack stores enough energy to travel a minimum of 100 miles per charge.

The inverter takes DC voltage from the battery pack and converts it back to AC power for use in the motor.

The motor uses electricity from the battery pack to create mechanical power to drive the vehicle’s wheels.

Regenerative braking generates electricity while the vehicle is coming to a stop. This electricity is stored in the battery pack.

EVs offer many advantages compared to conventional vehicles – lower fuel cost, less maintenance and quieter operation. Plus, EVs produce no tailpipe emissions. It’s no wonder
EVs continue to gain traction!

Ask us about rebates available for the installation of electric vehicle chargers for your home or business!

7 Strategies Fueling the Future of Electric Vehicles

EV education on specific audiences among key customer segments, no longer using a mass awareness approach
Tell the stories of EV owners throughout the community with events, videos, media relations and more
Help underserved audiences access EV infrastructure
Facilitate test drives for commercial and residential customers
Focus on medium- and heavy-duty fleet electrification, the higher carbon-emitting vehicles
Build digital self-serve hubs about available incentives, installers and more
Encourage cross-departmental collaboration within the utility to accelerate innovation

Charge Ahead: The Importance of EV Battery Health Monitoring for a Longer Lifespan

Electrical Vehical forecast

by maestro intellect

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