US Schools Can Subscribe To An Electric School Bus Fleet At Prices That Beat Diesel (canarymedia.com) 100
Companies including Highland Electric and Thomas Built have fleet-as-a-service offerings for U.S. school districts that struggle with the high upfront costs of electric school buses and the charging equipment needed to keep them running. Jeff St. John from Canary Media writes: On Thursday, the Massachusetts-based startup and the North Carolina-based school bus manufacturer announced a plan to offer "electric school bus subscriptions through 2025 at prices that put them at cost parity with diesel." This is essentially a nationwide extension of Highland Electric's "turnkey solutions provider" business model, backed by a big bus maker as its partner. Highland provides the buses and charging infrastructure, pays for the electricity to charge them, covers maintenance costs and manages the other complexities of going electric. The school district or transit authority pays an all-inclusive subscription fee, one that's structured to be lower than its current budget for owning, fueling and maintaining its existing diesel fleets.
Highland, which has raised $253 million in venture capital funding, has projects in 17 states and two Canadian provinces, including one of the largest single electric school bus deployments in the U.S., in Montgomery County, Maryland, outside Washington, D.C. While most of its projects have started small, CEO Duncan McIntyre sees the Montgomery County project -- now at 25 electric buses and set to expand to 326 over the next four years -- as the model for the future. "We are in the business of helping communities that want to complete a full fleet-electrification effort," McIntyre said in an interview. "They don't have to commit to that upfront -- but there's usually an interest in going beyond a few-vehicles pilot."
Other companies are also pulling together private-sector financing to tackle this public-sector market. Nuvve, a publicly traded EV-charging and vehicle-to-grid provider, has formed a financing joint venture that's teamed up with school bus manufacturer Blue Bird Corp. to offer similar electric bus leasing and infrastructure offerings with school districts in California, Colorado, Illinois and other states. And Canadian EV maker Lion Electric has teamed up with Zum, a San Francisco-based startup offering transportation-as-a-service for a number of school districts, in a project aiming at replacing half of Oakland, California's school buses with electric models in the coming year. Such large-scale electric bus projects remain the exception rather than the rule, however. Out of the roughly 500,000 school buses in the U.S., only about 0.2 percent -- just over 1,000 -- were electric as of the end of 2021, according to data from the World Resources Institute's Electric School Bus Initiative. And of the 354 U.S. school districts that have committed to buying electric buses, only 28 plan to deploy 10 or more, according to WRI data.
This relatively low rate of adoption is bound to accelerate as the economics of electric school buses grow more attractive, however. A 2020 study (PDF) conducted by Atlas Public Policy for Washington state indicated that falling battery costs and rising manufacturing volumes should bring electric school buses within total-cost-of-ownership (TCO) parity with fossil-fueled buses by 2030. Total cost of ownership -- a metric that bundles long-term fueling, operating, maintenance and insurance costs and a vehicle's residual value into one single figure -- can be brought down with structures that reduce costs or open up revenue-generating opportunities for the fleets in question, Nick Nigro, Atlas Public Policy's founder, said in an interview. The right combination of structures could allow electric buses to come into TCO parity with diesel buses as soon as 2025, he said.
Highland, which has raised $253 million in venture capital funding, has projects in 17 states and two Canadian provinces, including one of the largest single electric school bus deployments in the U.S., in Montgomery County, Maryland, outside Washington, D.C. While most of its projects have started small, CEO Duncan McIntyre sees the Montgomery County project -- now at 25 electric buses and set to expand to 326 over the next four years -- as the model for the future. "We are in the business of helping communities that want to complete a full fleet-electrification effort," McIntyre said in an interview. "They don't have to commit to that upfront -- but there's usually an interest in going beyond a few-vehicles pilot."
Other companies are also pulling together private-sector financing to tackle this public-sector market. Nuvve, a publicly traded EV-charging and vehicle-to-grid provider, has formed a financing joint venture that's teamed up with school bus manufacturer Blue Bird Corp. to offer similar electric bus leasing and infrastructure offerings with school districts in California, Colorado, Illinois and other states. And Canadian EV maker Lion Electric has teamed up with Zum, a San Francisco-based startup offering transportation-as-a-service for a number of school districts, in a project aiming at replacing half of Oakland, California's school buses with electric models in the coming year. Such large-scale electric bus projects remain the exception rather than the rule, however. Out of the roughly 500,000 school buses in the U.S., only about 0.2 percent -- just over 1,000 -- were electric as of the end of 2021, according to data from the World Resources Institute's Electric School Bus Initiative. And of the 354 U.S. school districts that have committed to buying electric buses, only 28 plan to deploy 10 or more, according to WRI data.
This relatively low rate of adoption is bound to accelerate as the economics of electric school buses grow more attractive, however. A 2020 study (PDF) conducted by Atlas Public Policy for Washington state indicated that falling battery costs and rising manufacturing volumes should bring electric school buses within total-cost-of-ownership (TCO) parity with fossil-fueled buses by 2030. Total cost of ownership -- a metric that bundles long-term fueling, operating, maintenance and insurance costs and a vehicle's residual value into one single figure -- can be brought down with structures that reduce costs or open up revenue-generating opportunities for the fleets in question, Nick Nigro, Atlas Public Policy's founder, said in an interview. The right combination of structures could allow electric buses to come into TCO parity with diesel buses as soon as 2025, he said.
Re: Is this (Score:2)
No, they are asking people to shift their power consumption to non-peak periods, when there is excess power available
(and often going to waste) rather than consuming power during the afternoon when everybody and their mother is running the AC.
In other words, not only do electric cars reduce the stateâ(TM)s gasoline consumption, but they also provide an energy-storage/time-shifting service âoefor freeâ. They are as much a part of the solution as part of the problem.
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That remark was already debunked, you didn't notice? The EV's mostly charge at night when there is plenty of extra electricity.
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It will take 20 years before a majority of the vehicles are EVs. Grids will evolve.
Another fun thing EVs do is they can charge during the day with solar....and be the battery that powers the homes at night. Obviously that means charging at work, school etc which isn't there yet. But using the EV as energy storage for the variability of renewable generation is pretty straight forward.
It takes FAR more energy to push a car around than to ru
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Thats as stupid as saying "what happens if every ICE vehicle wants gas at the same time?"
You have gas lines, as we've seen in the past.
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Which is a shitty waste of time and terribly frustrating. It's one reason I'm considering a plug-in hybrid. Just come home, park in your climate controlled garage and plug it in. No waiting in lines. No standing out in the heat pumping No having your hands smell like gasoline.
No getting a joke...
Re: Is this (Score:2)
Not the same. Gas (or petrol) can be stored outside the carsâ(TM) tanks. The electricity supply and grid was not built with storage in mind. Itâ(TM)s not an insurmountable problem but not one that should be hand-waved away either.
In particular, this would be made harder if the electricity supply of the future is fundamentally variable as wind and other renewables can be.
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Will there still be plenty of "extra" electricity with 10 million EV's plugged in?
(There are something like 15 million cars registered in California)
Sure. Electric utilities respond to rising demand by building plants. It's not like they will magically see EVs go from say 10% or 66% of the vehicles on the road. By the time that happens, battery and charging technology will have improved so the impact may not be as great as simply adding 8.5 million Gen 1 vehicles. In addition, home charging stations will no doubt include things like solar panels and storage to take care of charging needs. Look at the new F10. Ford sells its ability to power other
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This is only true if your car is at home between roughly 9am-5pm but that window can shrink down to 10a-4p in winter.
If you don't have a battery (which cost half as much as the panels, which is a lot) then you just send most of that generated electric to the grid.
Ideally we would be storing that electric. Maybe pumping water uphill. I'll probably buy a battery in the next 3-5 years, as I'll have both my hybrid paid off and the solar electric system. The only way I'll move quicker is if they change netmeeter
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This will become even more true based on trends in home solar. At some point, net metering will go away. That's good because it works like a regressive tax. But the electric companies shouldn't cheer too loudly. Soon solar systems won't sell back to the grid. They will use excess to charge the car. That could be home solar or even solar on the roof of office buildings. That's good for the grid managers in that they don't have to deal with as much solar flux. And good for those who have solar and EVs as they don't have to sell their excess solar at wholesale prices. They can actually use it.
The problem with net metering going away is the big incentive to solar was you're saving money by not paying for electricity or selling it back when you had an excess; thus making your solar installation "free." This allowed a solar installation to be cost effective, assuming it was priced right and would generate enough power over its lifetime to cover its cost.
Utilities would love to do away with net metering. No more offsetting usage. Either you give it back for free or figure out a way to not put it
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However, if you have a vehicle such as a plug-in hybrid whose batteries can do double-duty, that cuts the price significantly.
I'm envisioning a solar system that has it's own (sm
Re: Is this (Score:2)
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Plenty of extra electricity. But insufficient local distribution capacity. If everyone on my street bought an EV snd plugged it in at night, it would overload the distribution transformer and 240 volt grid. Have fun digging that up and upgrading it state-wide.
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You assume that everyone on your street needs to fully recharge their car every day. Do you have to visit a gas station for a refill every day? Most driving is local, in which case EV's have plenty of range to last several days before a recharge..
Re: Is this (Score:2)
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Good thing a lot of short-sighted consumers won't go solar, thus keeping our wonderful utilities fat with profit.
Sadly, the idea that you need lots of capital up front for solar is silly. I suppose if your roof is decrepit, sure, but you needed to fix that thing anyway. Having just got solar in the past 6 months, the only real expense I had was dealing with my HOA. I had to do some notary stuff and file some legal papers to appease them.
Stand alone house you wouldn't have any of that. It would of cost me $0
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Everyone is rushing to electric vehicles, with no thought given to supplying the extra electricity needed to charge them.
No "extra electricity" is needed, or at least no extra grid capacity.
America consumes 3.8 trillion kwh of electricity.
Americans drive 3 trillion miles per year. A typical EV uses 0.3 kwh per mile. So that is 0.9 trillion kwh.
So that is only an extra 24% over what we already use, and since the charging is mostly done at night when power demand is otherwise low, the existing grid can handle it.
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So that is only an extra 24% over what we already use
LOL. No biggie then.
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LOL. No biggie then.
It is indeed no "biggie" because:
1. EVs have Internet-connected computers that can monitor the availability of power and charge during the troughs in demand. Utilities will make higher profits because of better utilization of the existing grid.
2. The ramp-up of the extra 24% in demand will occur over the next 20 years. There isn't going to be a sudden surge to 100% adoption of EVs.
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EVs have Internet-connected computers that can monitor the availability of power and charge during the troughs in demand.
If I ever own an EV I will expect it to charge when I want it to to charge.
There isn't going to be a sudden surge to 100% adoption of EVs.
No question that is very true.
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But what if you were given a small incentive to make a choice?
1: charge now at maximum speed for 0.30ct/kWh
2: guarantied full in 12h for 0.20ct/kWh
And you know you aren't going anywhere soon. Just sit on the couch with a beer movie and wife and off to bed afterwards??
Re: Is this (Score:2)
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If you ever own an EV, you'll want it to charge when it costs the least to charge, within limits of practicality.
Not everyone needs to or cares to pinch pennies. I don't even want an EV, I can afford gasoline.
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If I ever own an EV I will expect it to charge when I want it to to charge.
I do own an EV. I want it to charge at 2:30 AM when electricity rates are lowest. So that is what I programmed it to do.
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In cold climates, peak usage in winter is usually middle of the night.
No it is not.
At night everyone sleeps, especially in cold climates.
Re: Is this (Score:2)
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I'm convinced that the anti-EV folks don't actually drive. Buying gas sucks. Being low on gas sucks. Standing out in the sun to pump it sucks. The idea of just come home to your garage, plug in, and go about your day sounds much more appealing than buying gasoline.
Keeping my car fueled is a pretty trivially easy thing. Been doing it all my life and don't give it a second thought, it is certainly not any sort of hardship. You would have to be quite the snowflake to think it is.
The economic argument is far more persuasive, but I can afford gas even if it doubles or triples in price regardless. I'm not all about lowest TCO, I actually enjoy driving and don't mind paying for said enjoyment.
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Also I generally never let it get low enough that I am forced to do so in particularly inclement weather. Won't say it has never happened, but getting a bit wet while fueling my car is the most extreme of first world problems.
Nothing against EVs. I suspect one day in the future I may be forced to drive one. The ones I've driven to dat
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Maybe you'll miss your regular trips to the petroleum station & inhaling the intoxicating & carcinogenic fumes?
I fill up once a week. Does not bother me at all. Rarely ever smell gas.
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What makes you think it's overloaded? When and where was the last blackout in California due to overloading?
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Anonymous cowards should provide a link.
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Pseudonymous cowards should grow a brain.
Re: Is this (Score:2)
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Maroons. Anonymaroons.
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What's not common knowledge is that it's bullshit. I was taking an x86 asm class from the lead automation programmer at Sunsweet in Yuba-Sutter when the first big wave of rolling blackouts occurred. Part of his job was to watch the info provided by PGE and others to determine when blackouts might occur (because if one happens in the middle of a batch of fruit paste it's a real big problem) and even when the blackouts were happening we were never very near peak utilization.
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Buses using diesel for stop and go driving patterns, driving a limited number of miles per day is almost a perfect scenario for electric. You could provide all of the electricity using just on site diesel generators and probably still come out ahead on fuel consumption.
Re: Is this (Score:4, Interesting)
Re: Is this (Score:5, Insightful)
Cheaper to run? Maybe.
Cheaper to maintain? Maybe.
Cheaper to have the service leased to you?
Now there, the devil is in the details.
Re: Is this (Score:2)
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Re: Is this (Score:3)
The electric bus lease program discussed here only needs to be price competitive until a given school district sells off their ICE buses & fuloughs the diesel mechanics, then the district is locked into the EV Bus Lease program, and there's no incentive to maintain a competitive price.
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This. Business 101.
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The electric bus lease program discussed here only needs to be price competitive until a given school district sells off their ICE buses & fuloughs the diesel mechanics, then the district is locked into the EV Bus Lease program, and there's no incentive to maintain a competitive price.
I've seen this exact thing happen in the traditional bus market, no electrics needed. Come in, undercut the local guy with a small fleet on a competitive bid, and when he's gone you can charge whatever you want.
Honestly the best plan is to split your contracts to keep two or more providers alive, or own the busses yourselves. Crap like this is how you end up hung.
Re: Is this (Score:2)
Unless the lease holder is a non-profit, it's cheaper to own than lease.
The problem is the subscription (Score:2)
School districts learn this the hard way when they sold off their fleets and switch to a rental model. Once they had completed the switch the company's massively jacked up the rates because they knew the school districts wouldn't have the cash to fire them and just haul off and buy new buses. Voters weren't going to approve a bond for that.
What this meant in practice is that the districts slashed the number of routes and s
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I spent a few minutes Googling, and I was unable to find a single incident of what you describe actually happening.
Do you have a citation?
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I think he forgot to switch accounts.
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I spent a few minutes Googling, and I was unable to find a single incident of what you describe actually happening.
I think he's been taking too many naps [slashdot.org] lately. On completely off-topic discussions he's launched into rants about how he can't afford a house, and then on his other rants about the potential of cryptocurrencies crashing the economy, I've pointed out that a market crash would likely create a great opportunity to score a deal on a house. I'm starting to understand why he has his own troll "fan club" at this point.
Personally, the only huge waste of resources I've witnessed relating to kids getting to/from sc
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Not sure if this is a change or not. I was from a small town, and everyone walked to school, unless you were from a nearby farm out of the city. I know some parents freak out now about kids being out alone and are overly protective, but a little bit of walking is not a bad thing.
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I spent a few minutes Googling, and I was unable to find a single incident of what you describe actually happening.
Government contracting out services for a low price and then having the price jacked up once the cost of re-entry becomes untenable? I'm thinking there are few jurisdictions where this does not happen.
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Yet you provide no citation either.
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Re: The problem is the subscription (Score:2)
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Just search for- school contractor cost overruns
You will find lots of examples. I doubt it would happen with these busses because generally there are provisions built into construction contracts that allow for increases that likely wouldn't apply to a service contract. However, most schools will not be able to get rid of all their fossil fuel fleets because of field trips and certain spoors events and so on.
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> Just search for- school contractor cost overruns
So I did exactly that and was unable to find any examples in the first three pages of results Lots of results about construction cost overruns though, but that's not the same thing. Since you seem to be familiar with the issue, why don't you actually provide an example?
> However, most schools will not be able to get rid of all their fossil fuel fleets because of field trips and certain spoors events and so on.
Well I'm willing to hazard a guess that mos
How odd (Score:1)
I was unable to find a single incident
Strange, your UUID is 739463, but you talk like you were born yesterday [google.com].
(responses ignored and unread)
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Repeating that an assertion is "obvious" and "common knowledge" is a lot less convincing than providing an example.
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I certainly wouldn't sign such a lease unless I was able to get a long enough period that I wasn't worrying about whether it made sense. Also, I'd want the lease to specify that I get to buy the buses at fair market value before/during bankruptcy if the company goes under.
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Yes, just get rid of all subscriptions, and move the cost as a payment over time.
subscribe? as in monthly or yearly fee? (Score:2)
Do the students who ride them have to sit through ads on the screens in the front of the bus? can schools districts pay more for an ad-free experience?
welcome to 2004 (Score:2)
https://en.wikipedia.org/wiki/... [wikipedia.org]
Go electric because it's better, not "woke" (Score:2)
The key here is to ignore the virtue-signaling selling points of electric power, and just focus on the straight-up business case. An electric vehicle's power train is just flat-out mechanically simpler and better than a fuel-based engine and transmission. Period. Fewer moving parts. Easier to fix. More robust. Safer.
If the cost is the same, then electric wins hands down as an engineering solution.
It won't "save the planet" (whatever the heck that means), but it doesn't need to. It's just transportation, not
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school busses are an ideal use case as well, 2 or 3 relatively short trips a day with a long break in between to charge up.
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Yep. Blue Bird was first to market with the electric school bus as we know it in 1994, and they worked then but the pricing was not as favorable as it is now. Now they're not only technically viable, but also economically.
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It's funny that it's even called a "subscription". I thought we already had a word for that, it's called leasing.
Strip away the virtue signaling and the 'rah rah go green' and I think you're absolutely right - It's all about the business case. A school bus is something that can be (or at least predictable portions of the fleets) used for a relatively predictable amount each day. A predictable portion of the fleet doesn't need to do freeway speeds, so they don't need a real high powered motor, and they're ba
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I'd guess they're trying to differentiate it from a bus lease because the subscription costs more because it includes more. According to their home page, [highlandfleets.com] the Highland subscription includes "all your buses, chargers, and depot improvements..." "We train your team to use and maintain your fleet..." "We charge the school buses during off-peak hours, ensuring a "full tank" before each trip." "We p
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All that is irrelevant when you're leasing, all you care about is what's cheapest that does the job. If those advantages translate into an attractive lease then sure, why not?
Want to save on transportation costs? (Score:1)
Parity (Score:2)
On Thursday, the Massachusetts-based startup and the North Carolina-based school bus manufacturer announced a plan to offer "electric school bus subscriptions through 2025 at prices that put them at cost parity with diesel."
The PLANNED offer from this bus manufacturer matches (parity) the cost of diesel buses, it doesn't BEAT the cost.
I'm doubtful that over the long haul leasing buses will maintain any cost advantage over outright purchase of school buses. If leasing a bus were cheaper than buying buses, EVERY school district would lease, rather than purchase their school buses.
If... (Score:2)
If this company can lease EV buses and build the required infrastructure for the same or lower cost than current ICE bus fleet, why can't a school district do the same thing themselves for even less?
There's a reason most school districts own their own school buses, and it's because it's cheaper than leasing or hiring private contractor buses.
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The summary says the school districts don't want to deal with the upfront capital cost of buying a new fleet. They should anyway, but they don't want to.
Re: If... (Score:2)
So, this is an Uber play? Is there any reason they aren't offering this same program to "convert" municipal busses to EVs? Airport Parking/Rental buses to EV?
Re: If... (Score:2)
It's called a bond issue, it spreads the 'up front cost' over the next decade. It is EXACTLY what the lease holders will do, and add a mark-up to provide them with a profit.
Re: If... (Score:2)
Where do the ICE school buses go? Do school districts just 'write off' the loss so to speak (since school districts can't actually 'write off' losses)?