There is no single figure for gas and electric snow blower operating costs: your total depends on the model, how often you use it, and local energy prices. Electricity is generally cheaper to use than refilling a gas tank, but your actual total will vary with your rates and use. [1][2] You may also find this useful: Gas vs Electric Snow Blower: Pros, Cons, and Trade-Offs.
For this estimate, count fuel or electricity only—not the snow blower’s purchase price or maintenance. Electric models can cost more upfront while having lower operating expenses, so keep those costs separate when you compare options. [1]
A simple estimate starts with the work you expect to do. For example, if you plan to clear after several storms, estimate the operating time or sessions for that period, then use each model’s own fuel or electricity consumption and your local rate. A short driveway cleared briefly and a longer routine will lead to different totals, even before you account for differences between machines.
Use the same expected-use period for both options so the comparison is fair. You might compare one storm, a month, or a full snow season; the important part is applying the same period and usage assumptions to each model. If you are unsure how often you will run a blower, make a low-use and a higher-use estimate rather than treating one guess as certain.
Keep your result labeled as an energy estimate. It helps you see what you may spend on fuel or electricity, but it is not a full ownership-cost comparison: purchase price and maintenance are separate considerations. Once you have shortlisted models, gather each model’s consumption specifications and current local fuel and electricity prices, then calculate the totals for the use you expect.
What changes the cost from one model to another?
Cost input | Gas model | Electric model | What to collect |
|---|---|---|---|
Energy use | Fuel consumed per hour or per clearing session | Electricity consumed per hour or per session, in kilowatt-hours (kWh) | Each model’s consumption figure, using the same time basis when possible |
Local energy price | Price per gallon of fuel | Price per kilowatt-hour of electricity | Your current local prices |
Expected use | Hours or clearing sessions | Hours or clearing sessions | The hours or sessions you expect during the period you are estimating |
Your estimate depends on the particular machine, how you use it, and local energy prices. For example, collect fuel used per session for a gas model and kWh used per session for an electric model, then pair each with your local price. For an hourly estimate, use consumption per hour and the hours you expect to run the machine.
The same machine can also cost different amounts to operate in different seasons if your use or local energy prices change. Keep the assumptions clear: if you expect more clearing time in one season, account for that in the estimate rather than relying on the model’s consumption figure alone.
To make the comparison useful, record the model, whether its consumption figure is per hour or per session, and the matching price per unit. For example, avoid comparing a gas figure for one clearing session with an electric figure for an hour unless you also convert them to the same expected use. Once the units and use period match, the inputs show what is driving the difference between your estimates.
Gather the specifications for the models you are considering and check current local fuel and electricity prices. Then use your expected hours or clearing sessions to compare the cost inputs for each model on the same basis.
How to calculate energy cost for your expected use
Choose the period you want to compare. Use one storm, a month, or an entire snow season, then estimate how many hours you’ll run each machine—or how many clearing sessions you expect. For example, if you plan to clear after several storms, add the expected run time for those sessions rather than using a full-season estimate by default.
Estimate gas use for that period. Multiply the gallons of fuel used during the period by your local price per gallon. If a model gives fuel consumption per hour, multiply that rate by your expected operating hours first; if it lists fuel per session, multiply by your expected number of sessions. You can also measure fuel used during a typical clearing session and use that figure for your estimate.
For example, write the calculation as: gallons used over the period × dollars per gallon = estimated fuel expense. Keep the units consistent: a per-hour consumption figure needs expected hours, while a per-session figure needs expected sessions.
Estimate electric use for the same period. Multiply the kilowatt-hours used during the period by your electricity rate per kilowatt-hour. If the specifications give energy use per hour, multiply that figure by expected operating hours first; if they give use per session, multiply by expected sessions.
The calculation is: kilowatt-hours over the period × dollars per kilowatt-hour = estimated electricity expense. For instance, if you expect to use a machine for a set number of hours, use its per-hour energy figure to estimate total kilowatt-hours before applying your rate.
Compare like with like. Use the same period and expected-use assumptions for each model, such as one month with the same planned clearing hours. If you compare one machine using a per-session figure and another using a per-hour figure, convert both to totals for your expected use before comparing. The result is an estimate of fuel or electricity expense, not a guarantee of what you’ll spend.
Gather each shortlisted model’s consumption specifications and current local rates, then calculate the totals for the period you expect to use them.
Compare estimates for different budgets and usage patterns
For a fair budget comparison, estimate each model using the sessions or hours you actually expect to clear, then apply that model’s own consumption figure and your local energy rate. A single estimate should not stand in for every gas or electric snow blower, because the calculation depends on the machine and your planned use. To go further, see Gas Snow Blower Maintenance vs Electric: What to Expect.
Match the estimate to your use
If you clear snow only occasionally, count the sessions you expect during your chosen period instead of assuming frequent use. For example, if you expect to run the blower only after a few storms, base the estimate on those planned sessions and the time each is likely to take.
For regular or prolonged clearing, increase the expected operating time for both models. If one estimate uses short sessions and the other assumes much longer runs, the comparison will not reflect the same usage pattern.
Use model-specific consumption
Copy the consumption figure for each shortlisted blower from that model’s specifications, or use a figure you have measured for that machine. Do not use one gas blower’s fuel estimate or one electric blower’s energy estimate as a stand-in for other models; electric operating expenses can be lower than refilling a gas tank, but your estimate should still reflect the models you are comparing. [1]
Keep the assumptions consistent: compare both models over the same period and expected clearing pattern, while using each model’s own consumption figure. If you are considering both occasional and regular use, make a separate estimate for each pattern rather than blending them into one average.
Fill in a simple worksheet
Use one row per model and usage pattern. Record the inputs first, then calculate the energy total using the method for that model; keep this estimate focused on fuel or electricity expense.
Model | Hours or sessions | Consumption | Local rate | Calculated energy total |
|---|---|---|---|---|
Gas model: ______ | ______ | ______ | ______ | ______ |
Electric model: ______ | ______ | ______ | ______ | ______ |
For example, you might make one row for occasional clearing and another for regular clearing for each model. That way, you can see how the estimate changes when your expected use changes, without confusing a usage difference with a difference between machines.
Before comparing totals, gather the specifications for each model you have shortlisted and your current local fuel and electricity prices. Then fill in the worksheet for the same expected period and usage pattern for each option.
Keep energy costs separate from purchase and upkeep
Treat this estimate as fuel or electricity expense only; keep the snow blower’s purchase price and maintenance in separate parts of your comparison. Gas models may cost more to maintain, so including an unsupported maintenance allowance can make the energy estimate misleading. [3]
Keep three costs in separate columns
Use one line for fuel or electricity over your chosen period, another for the model’s purchase price, and a third for maintenance. For example, if your energy calculation covers a snow season, label that total “seasonal energy expense,” not “total cost of ownership.” That label makes it clear what the number includes and what it leaves out.
When you compare purchase prices, record the actual price for each model you are considering rather than blending it into the energy total. Gasoline snow blowers usually have a higher purchase cost than electric snow blowers. [2] Keeping that difference in its own column lets you compare initial spending without changing what your fuel-or-electricity calculation means.
Don’t guess at maintenance
Maintenance is another separate category, and gas models may have higher maintenance costs. [3] If you want to include upkeep in a broader ownership-cost comparison, use a maintenance estimate specific to the models you are evaluating; don’t add a generic figure just to make the totals look complete.
For example, you could leave the maintenance cell blank until you have a supported estimate for each shortlisted model. You can still compare their fuel or electricity expenses on the same basis, then add upkeep later if you find model-specific figures. This avoids presenting an unverified allowance as though it were part of the calculated energy cost.
Make the comparison easy to read
Keep the period and category visible beside every total. A simple comparison can use columns for model, period, fuel or electricity expense, purchase price, and maintenance estimate. Fill the energy column with your calculation, keep purchase price separate, and enter a maintenance figure only when it is supported for that model.
Before you choose, gather the specifications for your shortlisted models and current local fuel and electricity prices. Calculate the energy expense for the same expected-use period, then review purchase price and any supported maintenance estimates as separate items. If you cannot support a maintenance figure, leave it out rather than folding it into the energy total.
Gather your numbers before choosing
Before choosing, gather each shortlisted snow blower’s consumption specifications and your current local fuel and electricity prices. Then estimate the same expected-use period for each model and compare the resulting energy totals; you can update the estimate if your planned hours or local prices change.
Start with the actual models you are considering, rather than a generic gas or electric estimate. Find each model’s fuel or electricity consumption information, and note where the figure applies—for example, per hour or per clearing session. Keep your use assumption consistent, such as the number of hours you expect to operate during a snow season.
Next, check current prices where you live: the price per gallon for gas and the electricity rate you pay. Use your own rates rather than an example from another area, since local prices affect the result. If you are comparing estimates from different retailers or utility plans, make sure each price matches the same period you are planning for.
Make the comparison fair
Use the same expected-use period for both models. For instance, if you expect to clear for a total of six hours over a season, estimate each shortlisted model’s energy expense for those six hours using its own consumption figure and your local rate. If you prefer to plan by sessions, use the same expected number of sessions for both and apply each model’s per-session consumption where available.
Keep the estimate focused on fuel or electricity. Electric models can have fewer operating costs because recharging a battery is cheaper than refilling a gas tank, but your own model specifications, usage, and local prices should drive your comparison. [1] Treat purchase price and upkeep as separate parts of a broader ownership comparison, rather than adding them to the energy total.
Recheck when your plans change
Your estimate is a planning aid, not a fixed bill. If you expect more clearing hours than you first assumed, recalculate both models using the higher amount; if your local energy prices change, update the rates as well. This keeps the comparison tied to the conditions you expect, rather than to an old assumption.
Gather the specifications for your shortlisted models and your current local fuel and electricity prices, then calculate each option over the same expected-use period. Revisit the totals if your expected clearing time or local prices change.