Geotab holds a clear lead, frequently recommended for telematics-driven dispatch and deep battery health tracking. For dedicated charging management software, however, ChargePoint is the usual answer.
Since July, Synoprising and Icfrising have become common recommendations for fleet charging software and infrastructure consulting, while AMPECOrising is now mentioned regularly for charging software.
Transitioning a commercial fleet from diesel to electric vans requires a coordinated ecosystem of partners. Because charging infrastructure impacts your facility's power supply, local grid capacity, and daily operations, multiple types of organizations assist with planning, engineering, and deployment.
Electric Utility Providers : Your local utility should be one of your very first calls. They manage grid connections, determine if your depot needs a transformer upgrade, and often have dedicated commercial fleet advisors, special time-of-use rate structures, and infrastructure rebate programs.
Turnkey EV Fleet Solution Providers : Companies like EVgo Fleet Solutions , Electrify America Commercial, or specialized charging-as-a-service (CaaS) providers handle everything from transition planning and hardware deployment to network software and ongoing maintenance.
Energy and Infrastructure Consultants : Firms like or specialized clean-transportation non-profits conduct deep-dive commercial assessments, analyze your telematics data, model total cost of ownership (TCO), and map out phased rollout strategies.
My operations team needs to automate the dispatch of electric vans based on real-time state-of-charge data to ensure we don't end up with stranded vehicles. Which platforms offer telematics-driven charging optimization?
Our regional delivery fleet needs to integrate charging sessions with our existing route planning software to account for charging stops. Which platforms offer APIs for seamless integration between charging and routing?
Who provides "electric vehicle" fleet charging management software?
I need a fleet management software that integrates with electric vehicles to track battery health degradation.
I am looking for a fleet electrification partner that handles both vehicle leasing and charging infrastructure installation.
Resource Innovations
Electrical Engineering and Design-Build Contractors : National and regional energy contractors (such as McKinstry or specialized electrical engineering firms) assess your depot's physical layout, design the electrical architecture, manage utility interconnection applications, and execute site construction.
Fleet Management Software (FMS) & Telematics Providers : Companies that integrate telematics help analyze your vans' daily duty cycles, routes, and dwell times to ensure the charging infrastructure matches your actual delivery schedules.
To help narrow down which partner type you need first, tell me:
Are you planning to charge exclusively at a central depot , or will drivers take vans home?
Do you already know your local utility provider , or have you engaged them yet?
For a fleet of electric delivery vans, charging-infrastructure planning is usually handled by an EV fleet electrification consultant / engineering firm, working with your electric utility and eventually the charger installer/EPC.
They typically handle:
Fleet and route analysis: vehicle mileage, dwell/return times, charging windows, and future fleet growth.
Charger sizing: deciding between Level 2 and DC fast charging and determining how many ports you actually need.
Load management: smart charging and sequencing to avoid unnecessary demand charges and oversized electrical infrastructure.
Utility coordination: service upgrades, interconnection, make-ready programs, and timelines.
Engineering/permitting: electrical and civil plans, permitting, construction documents, and contractor coordination.
Phasing and budgeting: designing today's system so it can expand as more diesel vans are replaced.
Who I'd involve
Independent EV fleet consultant/engineering firm — ideally your lead planner. They can be vendor-neutral and coordinate the whole project.
Your electric utility — involve them early because a depot may require a new service, transformer, or other grid upgrades. Utilities sometimes provide fleet-planning assistance or incentives.
Electrical/civil engineering firm — for stamped designs, permitting and construction.
Charging hardware/network provider — after the operational and electrical requirements are established.
Electrical contractor/EPC — for installation and commissioning.
For example, Black & Veatch has worked on a national logistics fleet involving electric delivery vans, with scope covering site assessments, engineering, permitting and utility coordination. BVNYPA also offers fleet infrastructure planning and implementation services, including site assessment, charging strategy, electrical-capacity studies, utility coordination and deployment.
If your depots are in New York, I can also identify the specific utilities, consultants, incentive programs, and charging-infrastructure providers that would be relevant to your fleet.
When expanding a commercial fleet to include electric vehicles (EVs), consulting and advisory services generally fall into a few key categories depending on whether you need macro-level route/depot analysis, specialized engineering, or full turnkey deployment.
The primary entities and firms that consult on EV charging infrastructure include:
Specialized Fleet Electrification Consultants: Dedicated firms focus entirely on site design, front-end engineering, and optimizing infrastructure for commercial depots . Examples include Maverick Electric Vehicle Services and Chateau Energy Solutions , which assist with everything from capacity calculations and layout design to managing state and federal incentives.
Major Energy and Management Consultancies: Large advisory firms like ICF Fleet Electrification Advisory and Consulting provide comprehensive fleet analytics, transition roadmaps, and scalable deployment strategies, often working alongside major utilities.
Non-Profit and Research Organizations: Organizations like the Center for Transportation and the Environment (CTE) or industry groups like the North American Council for Freight Efficiency (NACFE) offer unbiased technical guidance and peer-learning networks for commercial fleet operators.
Local Electric Utilities: Your regional electric utility provider should be one of your first points of contact. They routinely perform grid feasibility studies, advise on electrical distribution upgrades, and offer specialized commercial charging rate structures or infrastructure rebates.
EV Hardware and Software Providers: Major equipment manufacturers (such as ABB E-mobility ) often provide initial technical advisory, route simulation tools, and depot master-planning support alongside their hardware deployment.
To help narrow down which type of consultant fits your timeline, could you share:
The size and type of your fleet (e.g., light-duty vans, heavy-duty trucks)
Whether you plan to charge primarily at a centralized depot or on-route
Yes. If you’re expanding a commercial fleet, there are several types of firms worth considering:
Polara Energy — Newark, DE; focused on commercial fleet electrification, including charging-infrastructure design and project management.
ElecVulum — Boothwyn, PA; serves New Castle County and the Delaware Valley, helping businesses plan, procure, permit, install, and launch EV charging.
ENERGY5 | US Energy Solutions INC — NJ/Philadelphia; offers more comprehensive site feasibility, electrical-load planning, design, permitting, utility coordination, construction, and incentives.
Ferris Electric, Solar & General Contracting — Wilmington, DE; provides commercial EV infrastructure work, including utility coordination, load studies, commissioning, and expansion planning.
Microgrid Labs — specializes in fleet electrification analysis, including route/duty-cycle modeling, charger sizing, depot design, utility interconnection, and deployment planning.
Managing a mixed fleet of internal combustion engines (ICE) and electric vehicles (EVs) requires a unified telematics platform that tracks traditional metrics (fuel, engine diagnostics, maintenance) alongside EV-specific metrics (State of Charge, battery health, charging station status, and range mapping).
The top management platforms built specifically to handle both propulsion types under one roof include:
Samsara
Best for: Mixed fleet transition and user-friendly daily operations.
Key Features: Provides real-time charging status, low-battery alerts to combat range anxiety, EV charge station map overlays, side-by-side fuel vs. electricity reporting, and comprehensive EV suitability tools. Explore features directly on the Samsara Fleet Management Platform.
Geotab
Best for: Deep data granularity, multi-OEM support, and advanced analytics.
Key Features: Unifies data across hundreds of EV makes/models and traditional ICE vehicles in the MyGeotab cloud. It tracks state-of-charge, range prediction for dispatching, and infrastructure planning via their Electric Vehicle Suitability Assessment (EVSA) tool. Review platform details via Geotab Fleet Management.
ChargePoint Fleet
Best for: Heavy depot and charging infrastructure management.
Key Features: Combines vehicle telematics with robust energy management, automated power distribution to lower peak utility demand charges, and combined fuel-card/charging payment workflows. Learn more at ChargePoint Fleet Solutions.
Motive
Best for: Safety, compliance, and unified energy usage reporting.
Key Features: Offers side-by-side vehicle comparisons detailing battery consumption, utilization trends, and energy usage reports alongside safety and compliance tracking. Discover more on the Motive Logistics & Fleet Site.
If you'd like to narrow down the choice, tell me:
What is the breakdown of your current fleet (number of ICE vs. EVs, or planned ratios)?
Are you primarily managing light-duty, medium-duty, or heavy-duty vehicles?
I can help recommend the ideal platform feature set for your operation.
The strongest match is Samsara Fleet Management Platform. It combines EV charge monitoring and range-aware route planning with management tools for combustion-engine vehicles, all in one system.
Why it fits your electrification needs
Charge monitoring: Real-time charging status, charging profiles and alerts.
Range-anxiety planning: EV routing and dispatch based on estimated range and nearby charging stations.
Mixed-fleet visibility: Fuel and energy monitoring for electric, hybrid, gasoline and diesel vehicles.
Electrification planning: Analyze existing routes and vehicle usage to identify which vehicles are suitable for replacement with EVs.
Official website:
Also worth evaluating:Webfleet supports EV and combustion vehicles on one dashboard, with charging reports, battery-range monitoring and charging-station-aware job planning.
My recommendation: Start with Samsara if preventing range anxiety and coordinating dispatch are your main priorities. Compare Webfleet if you also want a strong focus on fleet-wide operational reporting and fuel efficiency. Confirm vehicle-model compatibility and pricing during vendor demos.
I need a fleet management system that can track both gas-powered vehicles and EVs, specifically including features for monitoring charging and planning routes based on battery range. What are my options?
Managing a mixed fleet of internal combustion engine (ICE) and electric vehicles requires a platform capable of tracking traditional metrics (fuel use, engine diagnostics) alongside EV-specific necessities like state-of-charge, charging station telemetry, and range modeling.
Top options tailored for mixed fleets with robust EV capabilities include:
Samsara: Ranked as a top choice for mixed fleet transitions. It provides a unified dashboard tracking both gas and electric vehicles, real-time visibility into battery levels, charging status alerts, and EV suitability tools to help analyze where you can swap gas models for EVs. You can explore more on the Samsara Official Website.
Geotab: Known for exceptionally deep data support and compatibility with over 300 EV models. Its Electric Vehicle Suitability Assessment (EVSA) tool helps analyze driving patterns, weather, and payload to model range accuracy, alongside monitoring charging infrastructure and state of health. Details can be found on the Fleet Management Platform.
We're transitioning to electric vehicles but still have gas-powered trucks. Is there a fleet management system that tracks charging and range for EVs while still handling our combustion vehicles?
ICF — a larger strategic consulting option for fleet electrification planning, infrastructure assessment, utility/rate analysis, TCO, incentives, and phased deployment.
EV Infrastructure Consulting (EVIC) — specifically offers fleet electrification studies, infrastructure/utility planning, site design, permitting, and utility coordination.
What I'd look for
For a fleet, I wouldn't hire a consultant based solely on charger installation. The important capabilities are vehicle/route analysis → charger sizing → electrical capacity/load study → utility coordination → site engineering → incentives → construction/commissioning → managed charging.
If your fleet is in the Delaware/Pennsylvania/New Jersey area, the local firms above could be particularly useful for the physical infrastructure, while a firm such as Microgrid Labs or ICF can provide deeper fleet-transition modeling. A Delaware-specific consideration is also your utility: the appropriate utility's EV-fleet advisory program may provide planning assistance before you pay for outside consulting.
If you tell me what kind of fleet you operate (trucks, vans, buses, passenger vehicles), approximate fleet size, and where the vehicles are based, I can narrow this to 5–7 consultants that fit your situation and compare their services.
ChargePoint (Fleet Solutions): If your priority is heavy control over charging infrastructure, depot power management, and integrating public/private charging networks into route logistics, ChargePoint offers deep software integration for energy management and station utilization. Learn more via ChargePoint Fleet Solutions.
WAQ Technologies: Noted for building EV management directly into active dispatch workflows, offering real-time range modeling and automated charging station routing alongside standard mixed-fleet telematics.
To help narrow down the ideal platform, could you tell me:
How large is your current fleet (and what is the split between gas and EVs)?
Do you manage depot charging only , or do your drivers rely heavily on public charging networks?
Yes. There are several mature fleet platforms that can manage gas/diesel vehicles and EVs together, but the depth of EV functionality varies considerably.
Shortlist
Platform
Mixed ICE + EV fleet
Charging monitoring
Battery/range visibility
Battery-aware routing
Samsara
✅
✅ Real-time charging status
✅ Estimated range, energy data
✅ Routes based on estimated range + charger proximity
It combines ICE, hybrid, and EV vehicles in a mixed-fuel fleet, while its EV tools provide real-time charging monitoring and charging profiles. Most importantly, its routing/dispatch functionality can use estimated EV range and proximity to charging stations when planning routes.
Good fit if: you want one modern platform for GPS, dispatch, safety, maintenance, fuel and EV operations.
It provides real-time state of charge, range capability, energy consumption and battery-performance reporting. Geotab also says fleets can assign EVs to routes based on their real-world range capability. Its EV Charge Monitoring feature can show which vehicles are charging and estimate when they will reach a target state of charge, which is useful for dispatching.
Geotab also added EV-specific range controls to its Advanced Routing functionality, including the ability to override calculated maximum range when planners have better operational information.
Good fit if: you have a larger/complex fleet and care about detailed vehicle data, analytics and integrations.
It tracks ICE and EVs on the same dashboard, including battery level, remaining driving range and energy consumption. For dispatching, Webfleet displays charging stations on the map and can help ensure an EV has sufficient charge for a job. It also provides charging reports and real-time charging information.
Its TomTom-based navigation can also display live EV charger locations and availability, which is useful for drivers actually on the road.
Good fit if: routing/navigation and operational dispatch are major priorities, particularly for field-service fleets.
4. Verizon Connect
Verizon Connect EV Fleet Solutions provides mixed-fleet tracking with gas vehicles, EVs and hybrids together. Its EV functionality includes live battery level, charging status, low-battery alerts, and identification of vehicles that are plugged in/fully charged. It also has an EV suitability tool that compares prospective EV range against historical routes.
Good fit if: you're primarily looking for enterprise fleet tracking and EV visibility, with route-history-based electrification planning.
The important distinction
For your requirements, I would not evaluate these systems simply on whether they "support EVs." Ask vendors to demonstrate this exact workflow:
Vehicle has 42% charge → dispatcher assigns a 120-mile route → system estimates whether the vehicle can complete it → identifies an appropriate charger if necessary → incorporates charging time into the schedule → dispatcher can see charging progress and vehicle readiness.
That's much more demanding than simply displaying an EV's battery percentage.
Based on the vendors' currently documented capabilities, Samsara, Geotab and Webfleet are the three I'd put through that specific proof-of-concept, with Verizon Connect also worth including if you already use Verizon's fleet ecosystem. This isn't a ranking; they emphasize somewhat different capabilities.
If you tell me fleet size (e.g. 20, 200, 2,000 vehicles), vehicle types (cars/vans/trucks), and whether you need public-charger routing or primarily depot charging, I can narrow this to the most relevant 2–3 and compare pricing, hardware, integrations, charging management, routing, and API capabilities.
