We’ve built more all-electric food trucks in the last eighteen months than in the previous five years combined. This is the conversation we have with every operator who calls and asks if we can build them one.
Operators keep asking about all-electric builds, mostly because someone they know either swears by their setup or got burned trying to run a high-volume kitchen on a battery bank that wasn’t sized right. The answer is rarely a clean yes or no, and most of what’s online about electric food trucks is either a sales pitch or wishful thinking. So here is the long version, with real numbers.
What “all-electric” actually means
An all-electric food truck has no propane line and no on-board fuel-burning generator. Cooking happens on induction burners, electric griddles, electric fryers, and convection or deck ovens. Refrigeration runs off the same system. Power comes from some combination of three sources: a battery bank, shore power when you can plug into a venue, and (sometimes) rooftop solar.
That last source is where most of the marketing copy gets carried away. Solar on a food truck roof contributes real but modest power. On a sunny Colorado day, a 1,200-watt rooftop array might replace a couple of hours of average refrigeration draw. It will not run your griddle. Anyone telling you otherwise has not actually run the numbers on a service.
The five questions that decide whether electric is right for you
Before we even price an electric build, we run through five questions with the operator.
The first is what you cook. Some kitchens move to electric without compromise. Ice cream, gelato, shaved ice, dessert in general: electric is almost always the better choice. Refrigeration and freezing are inherently electrical loads anyway, so you are not adding much. Coffee and espresso work well on electric, especially when your machine and grinder are already 220V appliances. Burgers, tacos, breakfast service, and most American-style menus run fine on induction or electric flat-tops, provided you size things right.
Where electric gets harder is anything that depends on flame intensity. Wok cooking is the obvious example. A 200,000 BTU jet burner has a heat character that no induction wok hob really replicates, and serious Asian operators tend to push back on switching. Pizza is a mixed answer: electric deck ovens exist and they are excellent, but they cost two to three times what a gas deck oven costs and they pull a lot of power. Wood-fired stays wood-fired. BBQ is the easiest no, because the smoke is the cuisine.
The second question is volume. A truck doing 80 covers at lunch behaves very differently from a truck doing 300. Battery banks are sized for total energy delivered over a service window, and the harder you run the kitchen, the bigger the bank you need. We have built trucks where the operator pushed us to undersize the battery to save money and then called us six weeks later asking why their fryer dies at 1:15 every day. Volume drives the spec more than people realize.
The third question is where you’ll be parked. If you regularly work events with shore power available, a smaller battery bank works fine because you are plugged in for most of service. If you are doing street vending or remote festivals where no power is available, you need a battery bank that handles a full service plus your warm-up and cooldown windows. The economics of these two scenarios are wildly different.
The fourth question is climate. Lithium iron phosphate batteries (LiFePO4) tolerate cold better than older lithium chemistries, but they still lose meaningful capacity below freezing. If you operate year-round in Colorado, Wyoming, or Montana, you need a heated battery compartment, and the heater itself draws power. We design for that. A lot of generic electric build proposals do not.
The fifth question is what you plan to do in five years. Electric trucks have a different resale profile than gas trucks. The market for them is growing fast, but it is still smaller, so a buyer pool that wants a specific battery configuration may take longer to find. On the other hand, the trucks we built three years ago with first-generation battery setups are now technically dated. Battery costs are falling roughly 8 to 12 percent per year. If you intend to sell in two years and upgrade, the math is different than if you plan to run the same rig for a decade.
The power math nobody wants to do for you
Most prospects come in asking how big a battery they need. The right way to answer is to add up what you actually run during service and for how long. We do this on every quote, but here is a worked example so you can see how it shakes out.
A 14-foot all-electric food truck doing burgers at a brewery for a four-hour service:
- Induction griddle, 7 kW, running about 60 percent duty cycle for four hours: roughly 17 kWh.
- Electric fryer, 5 kW, 40 percent duty cycle: 8 kWh.
- Refrigeration (under-counter prep, reach-in freezer, beverage cooler combined): about 4 kWh over a six-hour total day.
- Lighting, ventilation, POS, water pump: another 2 kWh.
Total for the day, somewhere around 30 to 32 kWh of usable energy. To run that without shore power, you want a battery bank rated at around 40 kWh, because you do not want to discharge a LiFePO4 bank below 20 percent if you care about cycle life. Add in conversion losses through the inverter and you land in the 38 to 42 kWh real-world range.
That is a real number. It is not the kind of number you should accept “trust me” answers about. If a builder cannot show you the kWh budget for your kitchen, walk away. Undersizing a battery is the single biggest source of regret we hear from operators who bought somewhere else.
A 14ft all-electric build for a Kansas City operator
The truck in the video above was built around exactly this kind of profile. The operator runs lunch service at office parks where shore power is hit or miss, so we sized the bank for full off-grid operation. His marginal energy cost (charging the bank overnight at commercial rates) is running roughly 60 percent below what his comparable propane truck cost to operate.
What it costs
People want a single number. We will not give you one because there isn’t one. But here is the honest range.
- Small all-electric trailer for ice cream or coffee, suitable for events: about $50,000 to $65,000.
- 14-foot all-electric food truck for moderate volume (tacos, burgers, breakfast): about $95,000 to $130,000.
- 18-foot all-electric food truck for higher volume, full kitchen: about $130,000 to $180,000.
Compared to comparable propane builds, you are paying somewhere between $25,000 and $50,000 more for the electric version. The premium is the battery bank and inverter system, which together usually run $18,000 to $35,000 depending on capacity, plus the higher cost of commercial-grade electric cooking equipment versus gas.
The operating cost difference is where it makes sense over time. Propane on a busy truck runs $600 to $1,200 a month. Electricity to charge a battery bank that does the same work, charged at typical commercial overnight rates, is usually $100 to $250 a month. Service and maintenance also tilt electric: no fuel pumps, no carburetors, no LP-gas system inspections, no propane regulators that fail at 5pm on a Saturday.
Payback math is highly variable, but most of our electric build customers cross over the breakeven point on operating cost savings somewhere in year three.
Permitting and the regulatory tailwind
The reason we keep getting more electric inquiries is not really the operators driving it. It is the venues and the regulators.
Health departments have always preferred electric kitchens because the inspection is cleaner. There is no propane manifold to certify, no LP-gas leak test, and the fire suppression hood requirement is simpler (you still want suppression for fryer oil, but the system has fewer moving parts).
Fire marshals like them too. We have done builds where the fire marshal signed off in a single visit on the electric truck, while the propane truck right next to it took three visits over a month.
Indoor venues, malls, hospitals, airports, and corporate campuses are increasingly requiring electric. Propane is a flat no inside most enclosed spaces, so if you want to be the food vendor at a class A office building or a hospital cafeteria, electric is your only path. We are building three trucks right now specifically for hospital food service contracts that did not exist as opportunities five years ago.
A handful of jurisdictions have begun offering rebates or expedited permitting for electric trucks. Denver has done it intermittently. Boulder is more consistent. California has the most aggressive incentive structure. Check what is available in your jurisdiction before you finalize your spec; a $5,000 rebate changes the math.
The mistakes we see operators make
After building a lot of these, the patterns are pretty consistent.
Cheaping out on the battery bank. We covered this. It does not work. The battery is the single most expensive component for a reason, and skimping by 30 percent does not save you money over the life of the truck. It usually costs you more, in lost service hours and a premature replacement.
Picking induction equipment by price instead of by performance. An $800 induction burner is not the same machine as a $2,400 one. Heat retention, recovery time, longevity, the way it handles a 20-pound stockpot. Spend the money on commercial-grade equipment.
Forgetting about peak draw versus continuous draw. A fryer pulls a huge surge when its element cycles on. If your inverter is sized for continuous load only, that surge will trip it. We size inverters for peak, not average.
Not planning for the weakest charging scenario. The best battery in the world is useless if you can only get a 30-amp 120V outlet to charge it overnight. The charging system has to handle the worst venue you will plug into, not the best.
Buying a used electric truck without an audit. The battery is the most expensive part of the truck, and a tired battery in a five-year-old truck might have 60 percent of its original capacity left. That changes the value enormously. Get the bank tested before you buy.
When propane is still the right answer
We are not here to talk anyone out of a propane build. They still make sense in a lot of cases. If you are doing high-volume wok cooking, smoking BBQ, running large pizza ovens at high duty cycle, or operating in remote venues with zero shore power and limited solar exposure, propane remains the more practical choice. It also remains the cheaper upfront investment, often by a meaningful margin.
What we tell people is that the question is changing. Five years ago, electric was a niche choice that worked for ice cream operators and almost nobody else. Today it is a default option to seriously evaluate, and for several cuisines it is the better technical answer regardless of cost.
An 18ft all-electric build for a Fort Collins operator
The Fort Collins build above is a good example of a mid-volume operator (around 150 covers per service) for whom electric was not even a hard decision. The math worked, the venues he targets all prefer electric, and his operating cost savings will pay for the upgrade in roughly 30 months.
What to ask any builder you talk to
If you are getting quotes from us or from anyone else, these are the questions that separate a real electric build from a marketing one.
- What is the kWh budget for my specific kitchen and service window? (You should get a spreadsheet, not a vague reassurance.)
- What is the peak inverter rating, and how was it sized?
- What battery chemistry, how many kWh nominal, how much usable, and what is the warranty?
- What is the worst charging scenario the system is designed to recover from overnight?
- How is the battery compartment thermally managed?
- If I want to add 20 percent more equipment in two years, is there headroom?
If a builder cannot answer those questions specifically, the build is a leap of faith.
Where this is going
The industry is shifting faster than most operators realize. Battery costs continue to fall. Commercial electric cooking equipment is finally catching up to gas in performance, especially in induction. Health departments and commercial property owners are nudging the market in one direction. We expect that within five years more than half of the trucks we build will be all-electric, up from about a quarter today.
If you are six months from launching, electric is worth a serious look. If you are five years into running a propane truck and it is still working, there is no rush. Make the call when the next decision point comes up.
If you want to talk through whether electric is right for your specific concept, the menu, the volume, the venues you are targeting, that is the conversation we have all day. Get in touch and we will run the numbers with you.