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Prepare your fleet for electrification

Assess the suitability of available EVs for your unique demands. Understand and plan the charging infrastructure needed to transition confidently.

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★★★★

4.9 / 5 — Serving over 20,000 fleets

Understand EV suitability fleet-wide
Conduct an in-depth EV Suitability Assessment to understand which vehicles in your fleet are most appropriate to transition.Get clarity on which vehicles should be replaced by BEV, HEV, and PHEV vehicles to meet your sustainability goals.Get personalized recommendations of available models based on your unique driving and usage demands.
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"I recently shopped around for a company that could accommodate our fleet of 200 vehicles. I was pleasantly surprised that One Step GPS could meet my needs and offered the best pricing I found. The level of features matched or exceeded other companies and my rep worked with me to set up groups that matched our footprint." — B.V.

Prepare for electrification

Rich, data-driven insights for fleet electrification
The first step for fleet electrification is to gather the data needed to make informed decisions.One Step GPS provides easy access to the data you need to plan.See historic routes for all vehicles for up to 3 years.Understand daily average use and maximum distances by vehicle and route to help inform buying requirements.See vehicle age, maintenance records, engine diagnostics, and more from a single dashboard.Easily log and access costs and downtime from vehicle maintenance so you can compare against EV alternatives. EVs don’t require many of the maintenance items of ICEs.Gain critical insights into driver behavior and coach the changes needed to adapt to EV driving.
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Make Planning a reality
With the insights you’ve gathered, you can now make a plan for electrification.Identify the best vehicles and routes for electrification based on routes driven, average daily mileage, charging station availability, and more.Some routes will be ideal for HEVs or PHEVs, while a BEV can handle others.In the planning phase, you’ll also account for how many chargers you’ll need for your fleet. In some cases, fleets with fewer daily average miles can share one charger between two vehicles, reducing the barrier to transition.Now is also the right time to plan and implement a training program to educate and prepare drivers for behaviors that extend EV battery life. Luckily, most of the same behaviors that reduce fuel waste also extend battery life.
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Transition and learn
As you begin making your first EV acquisitions, you can easily adapt our tracking devices to plug into your new vehicles and gather more rich, real-world data from the get-go.Monitor percentage of charge, remaining vehicle range, distance driven, set alerts for low charge, and store data for up to 3 years so you can measure the seasonal shift in battery performance.Monitor how driving behavior affects battery life and adjust company best practices for drivers to accommodate.Compare costs between standard and electric vehicles in your fleet and draw data-backed conclusions such as fuel to electricity cost comparisons and maintenance costs.Test EVs on ICE routes to better understand EV performance across every route and need.
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Meet your sustainability goals
Protect drivers, automate reporting, reduce fleet CSA scores:
  • Zero Emissions Fleet by 2030
  • 55% CO2 emission reduction by 2025
  • 25% of fleet to hybrid by 2025
  • Net zero by 2030
These are some of the goals we’ve heard from ambitious fleet managers.Whatever your sustainability goals, One Step GPS has all of the tools you will need to gather needed data, plan, and make the transition to a more sustainable future.
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"The products are superb, easy to install, amazing quality with the online system, and features upon features." — L.G.

Plan your charging infrastructure with certainty
A significant aspect of your transition to electric is understanding the charging demands your EV program will incur and how you will realistically meet those demands.With our live and historical route data, you’ll be able to understand the real-world distances, averages, and peak demands of each vehicle to plan a charging infrastructure to support those.For many applications two shorter-range vehicles can share a single charger, drastically reducing the cost of charging infrastructure.
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"Within 30 days of we have been able to consolidate and re-route each route to become more efficient. This by far was one of the best investments we have made in our company." — L.C.

Confidently overcome range anxiety
With live route data for every vehicle in your fleet, you can confidently assign EVs to their optimal routes and deploy new vehicles with confidence.Monitor percentage of charge, remaining vehicle range, distance driven, and set alerts for low charge so your drivers never run out of range because the vehicle was not fully charged.You’ll also get insight into real-world conditions so you can plan the correct vehicle for each job.
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"They notify us about engine idle too long, speeding, etc. I would highly recommend One Step GPS for any kind of vehicle tracking." — L.A.

Fleet sustainability FAQs

One Step GPS helps fleets with four major phases of transitioning to EVs:
  1. Gather actionable data to inform which vehicles can and should be replaced with EVs, average and peak range for various vehicles and routes in your fleet, cost of ownership analyses, and preparatory behavior changes that will prepare your drivers to transition to electric driving.
  2. Data-informed planning to help decide which EV types and available models are the best options to replace your current vehicles with and the needed infrastructure to keep your fleet charged.
  3. Post-purchase evaluation, where you track and understand how your new EVs meet their demands by gathering data on the actual state of charge, available range, and how real-world factors affect battery life.
  4. Measure, achieve, and report on your sustainability goals.
To make the transition to an electric fleet as smooth as possible, you first need to gather practical data on how your vehicles are used. Real-world usage data will give you clarity and confidence in the process.To start, gather these key data points from your existing fleet:
  • Average daily driving range
  • Maximum daily driving range
  • Route(s) driven, are charging stations accessible?
  • Average speed, 50-60 mph is generally the most efficient driving speed for EVs
  • Driving behavior that will impact battery performance in an EV: hard braking and acceleration
  • Consider the seasonal shifts of temperature your vehicles will operate in. Temperatures above 100 °F and under 32 °F can significantly impact battery range.
One Step GPS enables easy access to this data and stores up to three years' worth, giving you complete access to the full range of data points needed.With the above data available, you can begin planning your transition. The second step is to determine which vehicles in your fleet are most suitable for replacement and which available EV models can fill their roles:
  • Based on your unique considerations, determine the best candidates in your fleet for replacement
  • Create a replacement timeline that supports your organization's goals for fleet electrification
  • Assess the data points (gathered above) for each vehicle you plan to replace, in sequence, to understand the real-world demands its EV replacement will need to meet
  • Identify available EV models that will best fill the role; in some cases BEVs will be best, and in others, HEVs or PHEVs will be needed
  • If lifetime cost of ownership is an important part of your assessment of which vehicles to electrify first, now is a good time to assess this information
The next major project is to determine and plan your charging infrastructure:
  • Determine the number, type, and power demands of chargers to support your growing electric fleet
  • Consider the routes and demands of each vehicle carefully. For example, some vehicles may only consume 50% of their battery life daily and could potentially share a single charger for a more cost-effective solution
  • As a part of your planning, don't forget to take an inventory of available public charging stations along your common routes. Modern fast chargers can charge new EVs to 80% in as little as 15 minutes
  • Plan the best place for installing your new chargers. If your employees have take-home vehicles, consider sponsoring level 2 chargers in their homes
Finally, you will make your first vehicle acquisitions:
  • Plan for the charger installation with your utility company and electrician service
  • Work with your dealer to purchase or lease the EV models you've chosen
  • Be sure to take advantage of all available credits, rebates, tax benefits, etc.
Lastly, you'll want to be sure you learn for the future. It's valuable to continue recording all of the data points you gathered in the first step above and some additional ones, such as:
  • Real-time battery charge percentage
  • Live battery range
  • Alerts for low charge
You'll want to observe how your new EVs perform against the expectations you had for them. Ask yourself questions like:
  • Are my vehicles coming within 10% of their potential range daily, or do they have miles to spare on our current routes?
  • Can I coach my drivers to improve range?
  • Can I replan my routes to maximize efficiency?
  • How does battery life fluctuate seasonally?
One Step GPS can help you answer all of these questions and more. After you've purchased a few EVs and learned how to make maximum use of them, you'll feel more confident making your next acquisitions and meeting your goals for transitioning your fleet.At any time during your transition, you're invited to reach out to one of our US-based fleet specialists to help with any aspect of the switch to electric.
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The answer to this question depends on how you plan to use the vehicle:BEVs or Battery Electric Vehicles run only on electricity. They need to be charged when their range gets low. A BEV's range varies from 150-350 miles or more, depending on the make, model, driving conditions, and behavior.A level 2 charger (~240V) can charge a BEV from 0-80% in 4-10 hours, while a level 3 charger (also called a DC Fast Charger) can charge a BEV from 0-80% in as few as 15 minutes.BEVs are generally a good choice to replace vehicles with lower daily average mileage or easy access to level 3 chargers along their routes.HEVs, Hybrid Electric Vehicles, or Hybrids for short, supplement a combustion engine's power with an electric battery, increasing MPG. They require fuel and do not require electric charging.The average MPG of a modern hybrid vehicle is 60 MPG. This vehicle type may be best for long-range needs where level 3 chargers are not readily available.PHEVs or Plug-In Hybrid Electric Vehicles run entirely on an electric charge until the battery is nearly depleted, then switch to a mix of electrical and standard combustion power.They require both electric charging and gasoline. Because they begin with a fully electric charge, these vehicles are best in applications with a low daily average mileage but where occasional extended range is needed.
Yes!As you accumulate data on your routes and the demands of your vehicles, One Step GPS can help you decide on the best model EVs to replace your existing fleet with.
Many behaviors that save fuel, improve safety, and reduce emissions also extend EV range. With an EV, these habits become even more important as charging is only sometimes readily available and takes longer than the gas pump.Prepare your drivers by educating them on good habits and EV-specific driving considerations:
  • Keep speed under control, EVs generally have the longest range when driven at 50-60 mph
  • Avoid harsh braking—slower braking and one-pedal driving maximize the regenerative functions in the wheels and extend battery range
  • Avoid rapid acceleration—EVs expend a lot of charge when speeding up too quickly
  • Avoid running the heater or AC at full blast
  • Be aware of changes in battery range in cold or hot weather, range can significantly decrease in extreme temperatures
Yes!With One Step GPS, you can confidently assign EVs to their optimal routes and deploy new vehicles with confidence.Monitor the percentage of charge, remaining vehicle range, and distance driven, and set alerts for low charge so your drivers never run out of range because the vehicle was not fully charged.Our charging station map overlay shows the nearest available charging stations for each vehicle on the road. Easily filter by charging network, plug type, charger speed, and reliability for a seamless EV solution, built directly into your management platform.You’ll also get insight into real-world conditions so you can plan the correct vehicle for each job.
One Step GPS shows:
  • Percent of charge remaining
  • EV range
  • Charging station map overlay
  • Speed
  • Driving behavior (speeding, hard braking, rapid acceleration, idle time)
  • Routes driven
  • Stops made on routes
  • Maintenance reminders and alerts
  • Geofencing
  • After-hours operation
By gathering deep insight into your routes, average miles driven, peak miles driven, etc. One Step GPS enables planning for charging infrastructure and helps you:
  • Determine the number, type, and power demands of chargers to support your growing electric fleet
  • Consider the routes and demands of each vehicle carefully. For example, some vehicles may only consume 50% of their battery life daily and could potentially share a single charger for a more cost-effective solution
  • Take an inventory of available public charging stations and overlay them along all of your routes. Modern public fast chargers can charge new EVs to 80% in as little as 15 minutes
  • Plan the best place for installing your new chargers. If your employees have take-home vehicles, consider sponsoring level 2 chargers in their homes
Our service is $13.95/month/device. When you start service, you will pay the first and last month plus a one-time activation fee of no more than $20 per device.This includes the cost of the device and the shipping to get it to you.We offer an industry-leading 100 day money-back guarantee, a lifetime warranty on all devices, and no contracts, ever.
Read our full money-back guarantee here and our lifetime warranty here
The majority of fleets use our plugin GPS devices. For these, you simply locate the vehicle's OBD-II port and plug in the device. The process takes seconds.For our hardwired trackers, the process is straightforward and takes a knowledgeable installer minutes to complete.With our simple installation you can be supporting sustainability initiatives in as little as one day.
Learn more about installation here
Our US-based specialists are available to assist you should any trouble arise in the installation process or with anything else.Tara from PLE Inc. tells us:"One Step GPS has been great to work with. Easy ordering process, Quick Shipping, Easy Install and Easy to navigate tracking tool. Customer Service is 5 star! Would recommend for sure."
Yes! Nearly every vehicle on the road today is compatible with one of our solutions.Our devices pair seamlessly with ICE and EV or other alternative fuel vehicles, so you never have to worry about platform support for your mixed fleet.If you have questions about a specific vehicle, talk with one of our US-based specialists to discuss your unique situation.
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Many of the behaviors that reduce emissions will translate into extended EV range when you transition.Coach your drivers by educating them on good habits:
  • Keep speed under control—speeding is one of the major emission-generating behaviors and can drastically reduce battery life in an EV
  • Avoid rapid acceleration
  • Turn off the engine rather than idling—it only takes about 30 seconds worth of fuel to start up a modern vehicle's engine, making idling nearly always an unnecessary emissions source
  • Ask drivers to report potential maintenance issues as soon as they notice something odd—unhandled maintenance issues can inflate carbon waste and cause premature vehicle wear
  • Incentivize your entire fleet by setting goals and gamifying the good driving behavior that will get the whole team working to achieve them.
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