A commercial van is not merely a vehicle for a tradesperson, delivery operator or mobile service company. It is a workplace, an inventory room and often the business’s main revenue-producing asset. Choosing between an electric and petrol van therefore requires more than comparing purchase prices or accepting broad claims about fuel savings.

Grounded offers a useful illustration of this shift toward fit-for-purpose decisions. TechCrunch reports that the Detroit startup, which began with electric van-life builds, has moved into customized commercial vehicles and now works with both electric and petrol-powered vans. Its reported $5 million raise provides context for that expansion, but the more relevant lesson for small businesses is that commercial demand does not point to one universal powertrain. Operators need vehicles configured around real routes, equipment and operating constraints.

Start with the duty cycle, not the powertrain

The first question should not be “Do we want an EV?” It should be “What must this van accomplish on its hardest normal working day?” Document the vehicle’s daily mileage, route variability, number and duration of stops, road types, seasonal conditions and time spent idling or powering equipment.

An electric van may suit a predictable route that begins and ends at the same depot, particularly when it can charge during a long overnight window. A petrol van may be easier to operate when jobs are dispatched unpredictably, journeys regularly extend beyond the planned service area or the vehicle cannot depend on a charger at the end of its shift. These are operating-fit observations, not claims that either option is always cheaper or more capable.

Use actual records rather than estimates where possible. Review several months of mileage logs, including unusually demanding days. Averages can conceal the occasions that determine whether a vehicle completes its work without schedule changes. Also identify whether another van could absorb an unexpected assignment or whether each vehicle must cover every possible trip.

Treat charging access as operating infrastructure

For an electric van, charging is part of the production system. Confirm where the vehicle is parked, who controls that site and whether electrical upgrades or landlord permission could be required. A publicly visible charger nearby is not equivalent to reliable business charging: it might be occupied, unavailable to a tall or long van, or inconvenient for tools and stock left inside.

Map three charging scenarios: the routine overnight plan, charging during the working day and a fallback when the normal charger is unavailable. Consider who will move or plug in the van, whether charging time overlaps with paid work and how route planning changes in poor weather or during unusually heavy use. Businesses should obtain site and installation quotations before approving the vehicle, rather than discovering infrastructure costs afterward.

Petrol avoids charger installation but still creates operational dependencies. Record detours to fueling stations, employee time spent fueling and any controls needed for fuel cards. The comparison should include the whole refueling process, not only the energy price shown on an invoice.

Specify payload and conversion together

A customized van must be evaluated as a completed vehicle. Shelving, partitions, workbenches, refrigeration, water systems, spare parts, ladders and safety equipment all consume payload and space. The crew and ordinary stock must be included as well. An attractive conversion is a poor investment if it forces technicians to leave essential equipment behind or overload the vehicle.

Create a weight and space schedule before selecting the base van. List permanent fixtures, typical consumables, maximum cargo and occupants. Ask the converter to confirm how the proposed fit-out affects usable payload, weight distribution, access points and legal limits. For an electric model, clarify how the battery and conversion interact with the chosen vehicle’s rated capacity; do not infer capability from an unconverted demonstrator.

Customization also has workflow consequences. A mobile electrician may prioritize organized parts access and secure tool storage. A delivery operator may need unobstructed cargo volume and fast loading. A field-service company might require onboard power or a desk. Grounded’s move from lifestyle-oriented builds to commercial outfitting highlights this distinction: business conversions should reduce task time and errors, not simply add amenities.

Compare acquisition, conversion and downtime as one decision

Request itemized quotations for the base vehicle, conversion, charging installation where applicable, financing, taxes, insurance and any permits. Separate required equipment from optional features so that petrol and electric proposals perform the same job. Comparing an extensively equipped EV with a basic petrol van—or vice versa—produces a misleading result.

Then examine serviceability. Ask who can repair the chassis, powertrain and custom equipment; where those providers are located; and whether one party coordinates warranty claims. Specialized components may introduce longer waits even when routine maintenance appears straightforward. Petrol vehicles may have broader service familiarity in some locations, while local conditions can differ substantially. Obtain answers from providers serving the actual operating area.

Downtime should be modeled as a business cost. Identify revenue or appointments at risk for every day the van is unavailable, plus rental costs, subcontracting and staff disruption. Ask whether a suitable replacement vehicle can carry the custom equipment. A fleet with spare capacity can tolerate risks that a one-van plumbing or mobile repair business cannot.

Build a total-cost model around the expected holding period

Total cost of ownership should cover the period the business realistically expects to keep the completed van. Include the purchase and conversion, finance costs, infrastructure, energy or fuel, scheduled maintenance, expected wear items, insurance, taxes, downtime assumptions and eventual resale value. Avoid inserting generic savings percentages; use supplier quotations, utility tariffs, fuel records and the company’s own mileage.

Run at least three scenarios rather than relying on one forecast. The base case should reflect normal operations. A demanding case can test higher mileage, greater energy use, extra public charging or more downtime. A changed-business case should examine what happens if the service area expands, parking changes or the van is sold earlier than planned.

Resale deserves particular attention because a custom interior can narrow the buyer pool. Ask whether fixtures are removable, whether modifications affect vehicle warranties and whether the conversion has value outside the current business. Electric models add uncertainty about future battery condition and buyer expectations; petrol models face their own risks from fuel costs, regulation and changing market demand. These factors should be treated as sensitivities, not predicted with false precision.

A purchase checklist for the final comparison

• Duty cycle: Have we documented normal and peak routes, stops, mileage and seasonal demands?
• Charging or fueling: Is the routine location dependable, and is there a workable fallback?
• Payload: Does the completed van legally carry people, fixtures, tools and maximum stock?
• Interior: Does the layout improve the specific work process, loading pattern and security needs?
• Upfront cost: Do both quotations include equivalent equipment, infrastructure and financing?
• Maintenance: Which local providers can service the vehicle and conversion, and what do warranties cover?
• Downtime: What is the contingency when the van or charger is unavailable?
• Ownership period: Does the cost model match how long the business expects to retain the vehicle?
• Resale: Can equipment be removed, and how sensitive is the result to a lower sale price?

Choose the van that completes the required work with the most manageable cost and operational risk. Electrification can be a strong fit where routes and charging are controlled; petrol can remain practical where range, rapid refueling or service flexibility dominates. Grounded’s dual-powertrain direction reinforces the central point: customization should follow the business’s duty cycle, not force that duty cycle to accommodate a predetermined vehicle.