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Jeremy Deaton

Jeremy Deaton

Nexus Media News is a syndicated newswire covering climate, energy, politics, art and culture.

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Why No One Is Interested In Building EV Infrastructure

EV charging

A driver planning to make the trek from Denver to Salt Lake City can look forward to an eight-hour trip across some of the most beautiful parts of the country, long stretches with nary a town in sight. The fastest route would take her along I-80 through southern Wyoming. For 300 miles between Laramie and Evanston, she would see, according to a rough estimate, no fewer than 40 gas stations where she could fuel up her car. But if she were driving an electric vehicle, she would see just four charging stations where she could recharge her battery.

The same holds true across the country. Gas stations outnumber public charging stations by around seven to one. It’s no wonder people get so nervous about driving an electric car.

Numerous studies have shown that consumers steer clear of EVs because they worry about the lack of charging stations. Studies also show that consumers are more likely to buy an electric car when they see stations around town. While fears about range anxiety are largely unfounded–even the cheapest EVs sport enough range to serve nearly all of a driver’s needs–the paucity of charging stations is a real concern on longer trips, and it is deterring consumers from going all-electric.

To be clear, it’s not just consumers who want to see more chargers. Charging stations are a boon to automakers, which want to sell electric cars, as well as to power utilities, which want to sell more electricity. Some utilities and automakers are investing huge sums into setting up charging stations–including Volkswagen’s commitment to spend $2 billion on EV charging infrastructure as part of their settlement over the diesel emissions scandal. But by and large, automakers and power companies are not putting a lot of money toward charging infrastructure.

“I think the biggest problem with charging stations is there is no one responsible for installing charging stations,” says Nick Sifuentes, executive director at Tri-State Transportation Campaign. “So you see some automakers, like Tesla, installing charging stations. You see charging stations occasionally getting put out as part of a municipal planning process,” he says, “but for the most part, there is no one entity or group that feels responsible for that duty.”

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Power utilities have a big interest in EVs. Despite continued economic growth, demand for electricity has stayed flat over the last decade, as businesses slash energy use and consumers switch to more power-thrifty appliances–LED light bulbs, flat-screen TVs, high-efficiency washers and dryers. EVs could drive up the demand for electricity, throwing a lifeline to power utilities. And yet, these companies largely aren’t building charging stations.

“For power utilities, the question is whether they see it as something that’s actually in their bailiwick or not,” Sifuentes says. Policymakers have not directed utilities to build out EV infrastructure, and with so few electric cars on the road, utilities are unlikely to take it upon themselves to start building charging stations.

“The problem is that the charging infrastructure doesn’t have a viable business model yet,” says David Greene, a professor of civil and environmental engineering at the University of Tennessee. “Although, there are some companies who are working on it really hard.” Private firms like EvBox and ChargePoint are looking to radically expand the number of available charging stations, but these plans depend on exponential growth in the sale of EVs. ChargePoint is looking to add 2.5 million charging stations to its global network of just 50,000, a goal it says is based on a “conservative view” of future EV sales.

EvBox, meanwhile, is aiming for 1 million new charging stations. A spokesperson noted this target is “at least partly dependent on the number of electric vehicles on the road,” though he was similarly bullish on the growth of EVs. Analysts expect EV sales to increase dramatically in the coming years, though major roadblocks stand in the way of future adoption.

Even if EV sales take off and charging stations proliferate, barriers will remain. Making EVs more viable means installing not just more chargers, but more fast chargers that allow drivers to take long journeys. The difference between a fast charger and a slow charger is the difference between a family stopping for coffee while they refuel their car and a family stopping overnight.

“It’s 180 miles from Knoxville to Nashville. Supposedly there’s a [direct current] fast charger at a Cracker Barrel in Cookville, which is almost exactly halfway, but it almost never works,” Greene says. “The fact that the range is limited and the recharging time can be quite long if one does not have access to fast charging, that’s another problem.”

There is also the fact that the technology isn’t standardized. Different cars use different plugs. Ford and GM use one kind. Tesla uses another. Fast charging requires a different kind altogether. So, while charging stations dot the country, not every station meets every driver’s needs. Until manufacturers arrive at an industry standard–or policymakers mandate that standard–“charging stations are going to need to have two or three different types of plugs, and people will need to be able to charge at different speeds because their car might not have a supercharger,” Sifuentes says.

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Sifuentes believes that policymakers have a key role to play in building out charging stations. “They have to actually put in place laws and incentives that encourage the development of the necessary infrastructure, and I think that takes place in two ways,” he says. “One, encouraging utilities to do that. But also, I think we can’t ignore the role that public transit plays here.”

New York City, he says, has pledged to switch to all-electric buses by 2040. “That means they’re going to have to put some serious charging infrastructure in place,” Sifuentes says. “If there’s a charging location that has to be put in because buses need to charge there but that’s available for private use as well, great.”

In addition to building public charging infrastructure, governments can also encourage the development of private charging infrastructure. Policymakers in Iowa and Austin, for example, are working to lower barriers to setting up charging stations, allowing private firms, as opposed to power utilities, to resell electricity. “I think the other role that policymakers have to play here is they have to actually put in place laws and incentives that encourage the development of the necessary infrastructure,” Sifuentes says.


In Norway, where EVs account for around a third of all new car sales, the government has gone a step further. The government is installing a fast charging station every 30 miles on main roads. EV drivers can get free charging at public stations in addition to free parking and free access to toll roads. Sifuentes says these kinds of policies are needed to spur the growth of EVs and support the installation of EV charging stations.

“We’re absolutely on the tipping point,” Sifeuntes says. “The more that we see EVs rolling out, the more and more it’s going to look like the right move to be putting this infrastructure in place.”

By Jeremy Deaton via Nexus Media

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  • James Hilden-Minton on March 21 2019 said:
    The author would do well to investigate how Tesla is approaching charging infrastructure and how that connects with its overall strategy including Tesla Energy. Tesla has a huge moat in this area. It not only allows it to compete with other EV makers but with utilities and anyone else how might want to get a piece of the EV charging market. Tesla's strategic positioning will become even more important when it brings its Semi to market. Electric trucking will require quite substantial charging infrastructure that will include massive grid batteries paired with solar and wind resources. Tesla Energy is positioned to dominate this market and concede very little of it to the utilities.

    Calling this a "chicken and egg" issue is just a dumb cliché. It is rather a substantial entrepreneurial opportunity for any company willing to connect the dots.
  • Peter B on March 22 2019 said:
    One problem with public car chargers is the land that is required. A gasoline station can get a customer filled up in about 5 minutes. Doing the same think with an electric car and charger takes at least 30 minutes and requires about the same amount of land as one gas pump and one car. Therefore, the cost of the (retail space * time using space) is six times more for an electric car than for a gasoline car.
  • Patrick McCann on March 22 2019 said:
    I install EV chargers and I can tell you the reason you don't see more of them is the cost difference between home and commercial charging stations. Installing a level 2 "dumb" charging station you would install at your home costs a bit over $1,000. Installing a level 2 "smart" charging station that takes credit cards can be tens of thousands of dollars.

    Some of the high-end retailers and restaurants we have installed for buy the "dumb" stations and know that they are attracting Tesla owners with the convenience of charging and those customers are spending more at those locations than the few dollars in electricity that they give the EV owners for free. That equation works out for high-end businesses, but this would not be a good model for a convenience store or a McDonalds.

    We won't see widespread charging until the commercial charging station prices come down. The good thing is the hardware all costs pretty much the same, but the proprietary software by companies like ChargePoint is what allows them to charge so much for their product. As soon as more companies with smart computer programmers enter the market the price will come down and we'll see charging stations everywhere.

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