EV Solutions
supporting fleets from 0% to 100% electric
Largest EV telematics support in the industry
● EV data access is not easy — no mandatory standards
○ Geotab EV team has 10+ years experience in supporting EV data
○ Accelerating support as new EV makes/models become available
● Broad support ensures report completeness as fleets acquire new EV models
● Answer more operational questions with our comprehensive EV data coverage
Go Electric: EV Suitability Assessment
Geotab is a single fleet electrification partner to
guide EV procurement planning and a full fleet
management platform for successful EV adoption.
Go electric with confidence
A personalized fleet electrification blueprint based on performance requirements, vehicle preference and charging availability.
- Identify which vehicles are best suited for EV replacement
- Forecast your potential cost savings and CO2 reduction
- Receive market-specific EV model recommendations
Know your EV charging costs
Discover the true cost of charging your EV by reviewing electricity rates based on location and time of day.
- Calculate charging costs across the fleet or by vehicle, location or driver
- Optimize charging costs with historic electric demand and cost curves
- Review charging logs to reimburse drivers who charge at home
Explore charging integrations
Manage EV charging demand at scale with integrated EV data and load management solutions.
- Assure EVs are ready, by charging based on state-of-charge
- Combine vehicle and charging station data for in-depth insights
Commonly asked questions
Fleet electrification refers to the transition of fleets from internal combustion engine vehicles to electric vehicles (EVs). Electrifying a fleet will reduce emissions and fuel costs while increasing operational efficiency. Electric vehicles also allow fleets to operate within government mandated low or zero emission zones.
An electric vehicle (EV) refers to any vehicle that is propelled in part or solely by an electric motor. A plug-in hybrid electric vehicle (PHEV) is a type of EV which is propelled by both a fuel internal combustion engine (ICE) as well as an electric motor. It can be charged by plugging in but also has an internal combustion engine that runs on liquid fuel. This helps to either propel the vehicle or powers the battery as a generator. Fuel supplements the battery as a power source, effectively extending the range. Some PHEV models only use fuel when the battery is depleted.
There are several advantages to having an EV fleet. These include:
- Regulatory compliance / emission reduction mandates
- Total cost of ownership and improved operational ROI
- Reduction of fuel use
- Lower maintenance costs and increased reliability
- Lower cost of electricity in comparison to fossil fuels
EV performance reporting is important because it helps create a better picture of how an EV fleet operates. Reports can help track range, state of charge, battery levels, temperature, battery degradation and more.
Geotab supports EV fleets by providing tools like the Electric Vehicle Suitability Assessment (EVSA), which helps to guide fleets on how to electrify their current fleet based on their unique business case. We also offer extended electric vehicle make and model support. With multiple EV reporting options and real-time data on battery charge percentage and charging status, Geotab can help support your fleet’s EV needs.
Unlike traditional vehicles, electric vehicles do not adhere to mandated telematics data standards, making data access difficult. At Geotab, we’ve established unique capabilities to access crucial EV data by working directly with manufacturers to provide your EVs with excellent data support today and in the future as your EV fleet grows. Operate your electric vehicles with confidence, knowing that your reporting contains no data gaps and that your performance queries are answered using the world’s largest EV dataset.