{"id":22754,"date":"2022-12-12T14:54:13","date_gmt":"2022-12-12T14:54:13","guid":{"rendered":"https:\/\/mailinvest.blog\/index.php\/2022\/12\/12\/how-much-does-it-cost-to-operate-an-electric-snow-blower\/"},"modified":"2022-12-12T14:54:13","modified_gmt":"2022-12-12T14:54:13","slug":"how-much-does-it-cost-to-operate-an-electric-snow-blower","status":"publish","type":"post","link":"https:\/\/mailinvest.blog\/index.php\/2022\/12\/12\/how-much-does-it-cost-to-operate-an-electric-snow-blower\/","title":{"rendered":"How Much Does It Cost to Operate an Electric Snow Blower?"},"content":{"rendered":"

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Electric snow blowers are still a little bit pricier than their gasoline counterparts so you might be curious how much they cost to operate over time (and if you\u2019ll realize some savings there). Let\u2019s take a look.<\/p>\n

What We\u2019re Comparing: Gasoline vs. Battery Power<\/h2>\n

When we looked how much it costs to operate an electric lawn mower<\/a>, we opened the article by pointing out exactly what we\u2019d be comparing for clarity.<\/p>\n

Fortunately, it\u2019s a little easier to narrow things down in the snow blower market than in the lawn mower market, as there is a much narrow scope of consumer snow blowers than lawn mowers.<\/p>\n

This article is focused on comparing the operating costs of basic single and two-stage gasoline-powered snow blowers against equivalent battery-powered snow blowers, like this gasoline-powered PowerSmart 21\u2033 Snow Blower<\/a> against something similar but battery-powered like this EGO Power+ 21\u2033 56-Volt Snow Blower<\/a>. We won\u2019t be looking at corded options or smaller \u201csnow sweeper\u201d type options.<\/p>\n

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EGO Power+ 21-Inch 56-Volt Snow Blower<\/h3>\n

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Forget pulling on the starter cord and smelling like gasoline, this electric snow blower features push button start, a powerful steel auger, and plenty of battery life.<\/p>\n<\/div><\/div>\n

While plenty of folks seem really happy with their corded snowblowers<\/a> if the glowing reviews are to be believed, such models aren\u2019t 1:1 equivalent in terms of mobility and portability to stand-alone gas and battery models.<\/p>\n

How Operating Costs Compare Over Time<\/h2>\n

Like any piece of machinery, snow blowers<\/a> have both their current operating cost (how much you\u2019re spending while you\u2019re using them) and their ongoing cost (routine maintenance, replacement parts, and so on).<\/p>\n

Let\u2019s take a look at how much money you\u2019re burning when you\u2019re actively snow-blowing your driveway and how much you\u2019re going to spend over the course of a year keeping your snow blower in tip-top shape.<\/p>\n

Cost Per \u201cRefuel\u201d<\/h3>\n

In our look at electric lawnmowers<\/a>, we used the average American lawn size as a \u201ccost per mow\u201d point of reference. When it comes to snow, there\u2019s a lot more variability than grass. Your grass isn\u2019t suddenly going to grow 12 inches overnight, but you might get that amount of snowfall. Sometimes you might need to snow blow for an hour, sometimes longer.<\/p>\n

But typically, a gasoline mower holds enough gasoline to run for an hour between refuels. Most of the better quality electric snowblowers, like the EGO Power+ model<\/a> we\u2019re using as a reference point here, also have a run time of about an hour.<\/p>\n

An hour is also a convenient unit of time because, unless you\u2019re dealing with some serious shut-the-city-down snow and a very long driveway, it\u2019s enough time to clear everything away.<\/p>\n

Running a Gas Snow Blower for an Hour<\/h4>\n

While there\u2019s some variability between models, most gas snow blowers have a tank that holds 0.5 gallons of gas. That half-gallon lasts around an hour.<\/p>\n

As of this article, in December 2022, gas prices are around $3.50 a gallon. Fuel costs per hour of operation, then, are $1.75.<\/p>\n

If gas prices were to tumble down to $2 a gallon, it would cost $0.50 per hour, or if they rose back up to $5 a gallon as they did over the summer of 2022, it would cost $2.50 per hour.<\/p>\n

Running an Electric Snow Blower for an Hour<\/h4>\n

Electric snow blower hourly operation costs are based on the price of electricity in your area and the battery\u2019s capacity.<\/p>\n

You can calculate how much it costs to charge a battery<\/a> using some basic math as long as you know what your local electric company charges you per kWh of energy.<\/p>\n

The EGO Power+ SNT2112 comes with two 56V 5.0Ah batteries. If we crunch the numbers using the U.S. national average, as of December 2022, of 15.95 cents per kWh. You can adjust the calculations for different battery capacities and different energy costs.<\/p>\n

In this case, it costs $0.09 to charge both batteries for a \u201cfuel\u201d cost per hour of operation just shy of a dime.<\/p>\n

This lines up exactly with the kind of \u201cfuel efficiency\u201d we would expect based on\u00a0the efficiency of electric lawn mowers<\/a>. Depending on the cost of gasoline and electricity at a given time, you\u2019ll usually end up spending about 1\/10th to 1\/20th the cost to run the machine off batteries as you would running it off gas.<\/p>\n

The nice thing is that, compared to gas, electricity prices are relatively stable and cheap. Even if the cost of electricity doubles, you\u2019re still only paying 18 cents to charge the batteries.<\/p>\n

Ongoing Maintenance<\/h3>\n

As with gasoline mowers, gasoline snow blowers require a lot more maintenance and upkeep. And, as with electric lawn mowers, there is significantly less fussing and upkeep with an electric snow blower.<\/p>\n

For our comparison, we are not including recurring costs that are identical between machine types. Regardless of what kind of snow blower you own, you will need to eventually replace physical parts that wear, like the drive belt, scraper bar, etc. Switching from gas to electric doesn\u2019t negate that parts of your snow blower will scrape on the driveway and eventually wear out.<\/p>\n

Yearly Maintenance Costs: Gasoline Snow Blower<\/h4>\n

Like all small-engine gas-powered devices, snow blowers need proper maintenance to keep them running smoothly. Skipping the maintenance not only significantly lowers the lifespan of your snow blower but leads to frustrating moments like cleaning out the carburetor when it\u2019s sub-zero out and you\u2019re snowed into your house\u2014not that I\u2019m speaking from the voice of experience or anything.<\/p>\n

You need to change your oil after the first 5 hours or so of use per season, then again at 50 hours. Oil isn\u2019t super expensive, but you\u2019ll spend around $5 a season on it.<\/p>\n

Spark plugs should be replaced once a season or every 100 hours, so let\u2019s tack $3 onto the bill.<\/p>\n

At the end of the season, you\u2019ll need to either add fuel stabilizer to your snow blower or run the gas down until the lines and engine are dry. Let\u2019s call that $2, either you\u2019re potentially wasting fuel if you fill up right after the last storm of the year or you\u2019re using a portion of a jug of fuel stabilizer.<\/p>\n

Assuming you have oil and fuel stabilizer already on hand and can use a portion of what you have, you can keep yearly engine-related maintenance costs down around $10 or so.<\/p>\n

Although not a yearly event, at some point in the life of the snowblower (perhaps multiple points if you own a particularly dependable model) you\u2019ll end up taking the snow blower into the shop for a thorough tuneup. While it\u2019s something you can do at home if you\u2019re a handy person with the right tools, replacement parts, and time, most people will take it in and spend around $150.<\/p>\n

Yearly Maintenance Costs: Electric Snow Blower<\/h4>\n

When it comes to maintaining an electric snow blower, it\u2019s a lot easier than tinkering with a gas engine. You have to keep an eye on the same wear-and-tear parts you\u2019d have to examine every now and then, like the belts and scraper bar, but there\u2019s no engine to maintain at all.<\/p>\n

You don\u2019t have to change the oil, swap spark plugs, run down the engine (or stabilize the fuel), or anything else. The battery-driven motor runs when the batteries are charged and inserted and doesn\u2019t when they\u2019re not. If you leave it sitting there for a whole season because it\u2019s unusually warm, there\u2019s no issue. Just pop the batteries back in next year and go.<\/p>\n

Putting aside those replacement parts all snow blowers need over time, like the scraper bar, you won\u2019t have any ongoing costs except the very minor expense of charging the batteries.<\/p>\n

Projected Costs Over Time<\/h3>\n

It was a little bit easier to do a projected cost for our discussion of electric lawnmowers because the use pattern is so consistent. The grass grows every year, and it\u2019s not like some years grass just takes part of the summer off.<\/p>\n

Still, we can look at basic projections over time to get a rough idea. Let\u2019s assume that you use your snow blower 10 hours a year. That\u2019s the average, and while you may use it more or less, it makes all of our numbers below easy to scale up or down. And let\u2019s assume you own the snow blower for at least a period of 10 years.<\/p>\n

That span is long enough to likely force an electric snow blower owner to replace the batteries at least once, which helps give a more reasonable cost of ownership estimate over time. Also, in fairness, we included the cost of a single $150 tuneup assuming the owner would take their gasoline-powered snow blower into a local shop for a more intensive tuneup than they could give at home at least one time.<\/p>\n

With that window of time in mind, here\u2019s how much it would cost to run a gasoline snow blower versus an equivalent battery-powered electric snow blower. Gas and electric prices are based on U.S. national averages as of December 2022.<\/p>\n\n\n\n\n\n\n\n
\nGasoline Snow Blower<\/th>\nElectric Snow Blower<\/th>\n<\/tr>\n
Fuel Cost<\/td>\n$50<\/td>\n$9<\/td>\n<\/tr>\n
Engine Maintenance<\/td>\n$250<\/td>\nN\/A<\/td>\n<\/tr>\n
Battery Replacement<\/td>\nN\/A<\/td>\n$400<\/td>\n<\/tr>\n
Projected 10-Year Cost<\/td>\n$402<\/td>\n$409<\/td>\n<\/tr>\n<\/tbody>\n<\/table>\n

Interestingly, this comparison is much closer than our lawn mower comparison. Because snow blowers are used fewer hours per year than lawn mowers, and our comparison featured an electric lawn mower that had a single battery instead of two (shaving the replacement cost in half compared to a two-battery snow blower), the electric lawn mower came out well ahead in the comparison.<\/p>\n

Here costs are closer over time, and extra factors such as whether or not you mind smelling like gas engine exhaust after snow blowing or whether or not you need the ability to instantly refuel with a gas can significantly affect your purchasing choices.<\/p>\n

And hey, while you\u2019re debating getting an electric snow blower or not, don\u2019t forget about leaf blowers<\/a>. You\u2019d be amazed how much powder snow you can move with one.<\/p>\n<\/div>\n