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I will rave about my Chevy Bolt to anyone who’ll listen.

Growing up, I begrudgingly attended the annual Father’s Day car show on our local Main Street. My dad liked to spend the morning ogling muscle cars and chatting up their often tattooed or bearded owners. I tried my best to feign interest, but as much as I love my dad, I just couldn’t get excited about cars. I don’t think he passed along the “car guy” gene to me.
At least that’s what I thought until about a month ago. I’m now the proud new owner of a (used) 2020 Chevy Bolt Premier, and I’m ready to talk about it with anyone willing to listen.
There is a dearth of options for a small, affordable electric vehicle. The Chevy Bolt is one of the very few cars that meets that criteria today.
So what’s to like about the Bolt?
First off, it’s a blast to drive. Its small size and zippy acceleration makes me feel like I’m in the driver’s seat of my childhood remote control car. It never feels too small, however. We comfortably fit our family of four, including two carseats, and the hatchback and spacious trunk provide ample cargo space.
The Premier trim also comes with what to me — whose last primary vehicle was a 2006 Civic — feel like luxury features: a 360 camera (that makes parking this small car that much easier), a heated steering wheel, wireless phone charging, and a Bose sound system.
It also has impressive range for a car its size. On a full charge, the Chevy Bolt can travel an estimated 259 miles. That’s 100 miles more than another small and affordable EV, the Nissan Leaf.
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But most importantly the Bolt is an insanely good deal — maybe one of the best car deals of all time, particularly if you buy one used and live in a state that has additional used EV incentives.
And you probably will have to. Early in 2023, GM curiously (a nice way to put it) decided to discontinue the Bolt, though they more recently reversed that decision thanks to growing demand. However, there will be no 2024 model. As such, it’s easier today to find a used Bolt than a new one.
You can easily find a used Bolt for under $20,000. Pair that with a federal $4,000 used EV tax credit, and in some cases a state rebate (Massachusetts, where I live, offers a $3,500 used-EV rebate for certain income thresholds), and you just got yourself a steal of a deal.
For instance, suppose you don’t opt for the “luxurious” Premier level trim and give up that heated steering wheel. Using Autotrader.com, I found a used 2020 Bolt EV on sale in Massachusetts with just 9,900 miles. It’s listed at $17,795. Add on sales tax and some other fees, and now you’re looking at $19,500, give or take. However, that’s before the incentives kick in.

Subtract the combined federal and Massachusetts used EV incentives of $7,500, however, and this (hardly) used EV now only cost you $12,000.
By comparison, I used the same site to see what other non-electric 2020 vehicles I could buy for $12,000, and I came up with less than 10 results within a 100 mile radius. All but one had 100,000 miles or more. The only comparable vehicle was a 2020 Mitsubishi Mirage G4 SE with 36,400 miles. And really, there is no comparison. On the fun factor alone, the Bolt can accelerate from 0-60 in 6.5 seconds, while the Mirage takes nearly twice as long at 12 seconds.
If you’re thinking about buying a Bolt (or any EV, really), there is more good news. Beginning in 2024, many dealerships will even offer the federal credit at point of sale instead of having to wait until tax season.
Another pro-tip for potential buyers: due to a recall, it’s possible to find a used Bolt that has recently received a brand new battery which resets the 8 year/100,000 mile battery warranty to its installation date. Many Bolts have just received a software update instead, but you can ask your local dealer to keep an eye out for one with a new battery.
Now, the Bolt isn’t perfect.
Even though its range is great, it is one of the slowest charging electric vehicles out there. Even for Bolt models with high speed DC fast charging, it takes about 30 minutes to charge 100 miles, compared to 10 minutes for the Hyundai Ioniq 6.
But if you’re like the average American that drives 37 miles a day, and you have somewhere at home to plug into, the relatively slow fast charging speed doesn’t have to be a deal breaker. My family has so far gotten away with almost exclusively trickle charging our Bolt at home using a standard 120 volt outlet which yields us about 4 miles per hour charged.
We’ve even managed to find some free level 2 chargers (about 39 miles per hour charged) in neighboring towns. Imagine just rolling up to a gas station and getting a couple of free gallons for your tank with no strings attached. We basically found that, but with fewer emissions.
If you’re on the fence about a Bolt, don’t just take it from me, someone who couldn’t care less about cars until last month. Tom McParland, an automotive consultant and contributor at Jalopnik, wrote a similar screed this past summer.
Given used car prices have been falling across the board in the last few months, I called McParland to see if his recommendation of buying a used Bolt still stands.
I just had to get one qualification out of the way to start my interview. “Do you consider yourself a car guy?,” I asked the automotive consultant that has written over 1,600 articles about cars.
“Yes,” he replied and said no more on the topic. Car guy confirmed.
“Overall, my thesis still remains,” he said. “Right now the Bolt doesn’t have a lot of other competitors that match it for range, recency, and the other key thing here is remaining warranty balance.”
In his article, McParland concludes, “used Bolts should get most folks where they need to go and offer a ton of savings.”
I can’t wait to take the Bolt 100 miles south to my parent’s house for the holidays and answer all of my dad’s questions about the car while he takes it for a test drive.
Read more about EVs:
The Next Great Electric Vehicle Will Be Cheap
Editor’s note: This story originally misstated the acceleration speed of the Mitsubishi Mirage. We regret the error.
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And more of the week’s top news around development conflicts.
1. Benton County, Washington – The bellwether for Trump’s apparent freeze on new wind might just be a single project in Washington State: the Horse Heaven wind farm.
2. Box Elder County, Utah – The big data center fight of the week was the Kevin O’Leary-backed project in the middle of the Utah desert. But what actually happened?
3. Durham County, North Carolina – While the Shark Tank data center sucked up media oxygen, a more consequential fight for digital infrastructure is roiling in one of the largest cities in the Tar Heel State.
4. Richland County, Ohio – We close Hotspots on the longshot bid to overturn a renewable energy ban in this deeply MAGA county, which predictably failed.
A conversation with Nick Loris of C3 Solutions
This week’s conversation is with Nick Loris, head of the conservative policy organization C3 Solutions. I wanted to chat with Loris about how he and others in the so-called “eco right” are approaching the data center boom. For years, groups like C3 have occupied a mercurial, influential space in energy policy – their ideas and proposals can filter out into Congress and state legislation while shaping the perspectives of Republican politicians who want to seem on the cutting edge of energy and the environment. That’s why I took note when in late April, Loris and other right-wing energy wonks dropped a set of “consumer-first” proposals on transmission permitting reform geared toward addressing energy demand rising from data center development. So I’m glad Loris was available to lay out his thoughts with me for the newsletter this week.
The following conversation was lightly edited for clarity.
How is the eco right approaching permitting reform in the data center boom?
I would say the eco-right broadly speaking is thinking of the data center and load growth broadly as a tremendous and very real opportunity to advance permitting and regulatory reforms at the federal and state level that would enable the generation and linear infrastructure – transmission lines or pipelines – to meet the demand we’re going to see. Not just for hyperscalers and data centers but the needs of the economy. It also sees this as an opportunity to advance tech-neutral reforms where if it makes sense for data centers to get power from virtual power plants, solar, and storage, natural gas, or co-locate and invest in an advanced reactor, all options should be on the table. Fundamentally speaking, if data centers are going to pay for that infrastructure, it brings even greater opportunity to reduce the cost of these technologies. Data centers being a first mover and needing the power as fast as possible could be really helpful for taking that step to get technologies that have a price premium, too.
When it comes to permitting, how important is permitting with respect to “speed-to-power”? What ideas do you support given the rush to build, keeping in mind the environmental protection aspect?
You don’t build without sufficient protections to air quality, water quality, public health, and safety in that regard.
Where I see the fundamental need for permitting reform is, take a look at all the environmental statutes at the federal level and analyze where they’re needing an update and modernization to maintain rigorous environmental standards but build at a more efficient pace. I know the National Environmental Policy Act and the House bill, the SPEED Act, have gotten lots of attention and deservedly so. But also it’s taking a look at things like the Clean Water Act, when states can abuse authority to block pipelines or transmission lines, or the Endangered Species Act, where litigation can drag on for a lot of these projects.
Are there any examples out there of your ideal permitting preferences, prioritizing speed-to-power while protecting the environment? Or is this all so new we’re still in the idea phase?
It’s a little bit of both. For example, there are some states with what’s called a permit-by-rule system. That means you get the permit as long as you meet the environmental standards in place. You have to be in compliance with all the environmental laws on the books but they’ll let them do this as long as they’re monitored, making sure the compliance is legitimate.
One of the structural challenges with some state laws and federal laws is they’re more procedural statutes and a mother may I? approach to permitting. Other statutes just say they’ll enforce rules and regulations on the books but just let companies build projects. Then look at a state like Texas, where they allow more permits rather quickly for all kinds of energy projects. They’ve been pretty efficient at building everything from solar and storage to oil and gas operations.
I think there’s just many different models. Are we early in the stages? There’s a tremendous amount of ideas and opportunities out there. Everything from speeding up interconnection queues to consumer regulated electricity, which is kind of a bring-your-own-power type of solution where companies don’t have to answer or respond to utilities.
It sounds like from your perspective you want to see a permitting pace that allows speed-to-power while protecting the environment.
Yeah, that’s correct. I mean, in the case of a natural gas turbine, if they’re in compliance with the regulations at the state and federal level I don’t have an issue with that. I more so have an issue if they’re disregarding rules at the federal or state level.
We know data centers can be built quickly and we know energy infrastructure cannot. I don’t know if they’ll ever get on par with one another but I do think there are tremendous opportunities to make those processes more efficient. Not just for data centers but to address the cost concerns Americans are seeing across the board.
Do you think the data center boom is going to lead to lots more permitting reform being enacted? Or will the backlash to new projects stop all that?
I think the fundamental driver of permitting reform will be higher energy prices and we’ll need more supply to have more reliability. You just saw NERC put out a level 3 warning about the stability of the grid, driven by data centers. People really pay attention to this when prices are rising.
Will data centers help or hurt the cause? I think that remains to be seen. If there’s opportunities for data centers to pay for infrastructure, including what they’re using, there are areas where projects have been good partners in communities. If they’re the ones taking the opportunity to invest, and they can ensure ratepayers won’t be footing the bill for the power infrastructure, I think they’ll be more of an asset for permitting reform than a harm.
The general public angst against data centers is – trying to think of the right word here – a visceral reaction. It snowballed on itself. Hopefully there’s a bit of an opportunity for a reset and broader understanding of what legitimate concerns are and where we can have better education.
And I’m certainly not shilling for the data centers. I’m here to say they can be good partners and allies in meeting our energy needs.
I’m wondering from your vantage point, what are you hearing from the companies themselves? Is it about a need to build faster? What are they telling you about the backlash to their projects?
When I talk to industry, speed-to-power has been their number one two and three concern. That is slightly shifting because of the growing angst about data centers. Even a few years ago, when developers were engaging with state legislatures, they were hearing more questions than answers. But it’s mostly about how companies can connect to the grid as fast as possible, or whether they can co-locate energy.
Okay, but going back to what you just said about the backlash here. As this becomes more salient, including in Republican circles, is the trendline for the eco-right getting things built faster or tackling these concerns head on?
To me it's a yes, and.
I would broaden this out to be not just the eco right but also Abundance progressives, Abundance conservatives, and libertarians. We need to address these issues head on – with better education, better community engagement. Make sure people know what is getting built. I mean, the Abundance movement as a whole is trying to address those systemic problems.
It’s also an opportunity for the necessary policy reform that has plagued energy development in the U.S. for decades. I see this from an eco right perspective and an abundance progressive perspective that it's an opportunity to say why energy development matters. For families, for the entire U.S. energy economy, and for these hyperscalers.
But if you don’t win in the court of public opinion, none of this is going to matter. We do need to listen to the communities. It’s not an either or here.
And future administrations will learn from his extrajudicial success.
President Donald Trump is now effectively blocking any new wind projects in the United States, according to the main renewables trade group, using the federal government’s power over all things air and sky to grind a routine approval process to a screeching halt.
So far, almost everything Trump has done to target the wind energy sector has been defeated in court. His Day 1 executive order against the wind industry was found unconstitutional. Each of his stop work orders trying to shut down wind farms were overruled. Numerous moves by his Interior Department were ruled illegal.
However, since the early days of Trump 2.0, renewable energy industry insiders have been quietly skittish about a potential secret weapon: the Federal Aviation Administration. Any structure taller than 200 feet must be approved to not endanger commercial planes – that’s an FAA job. If the FAA decided to indefinitely seize up the so-called “no hazard” determinations process, legal and policy experts have told me it would potentially pose an existential risk to all future wind development.
Well, this is now the strategy Trump is apparently taking. Over the weekend, news broke that the Defense Department is refusing to sign off on things required to complete the FAA clearance process. From what I’ve heard from industry insiders, including at the American Clean Power Association, the issues started last summer but were limited in scale, primarily impacting projects that may have required some sort of deal to mitigate potential impacts on radar or other military functions.
Over the past few weeks, according to ACP, this once-routine process has fully deteriorated and companies are operating with the understanding FAA approvals are on pause because the Department of Defense (or War, if you ask the administration) refuses to sign off on anything. The military is given the authority to weigh in and veto these decisions through a siting clearinghouse process established under federal statute. But the trade group told me this standstill includes projects where there are no obvious impacts to military operations, meaning there aren’t even any bases or defense-related structures nearby.
One energy industry lawyer who requested anonymity to speak candidly on the FAA problems told me, “This is the strategy for how you kill an industry while losing every case: just keep coming at the industry. Create an uninvestable climate and let the chips fall where they may.”
I heard the same from Tony Irish, a former career attorney for the Interior Department, including under Trump 1.0, who told me he essentially agreed with that attorney’s assessment.
“One of the major shames of the last 15 months is this loss of the presumption of regularity,” Irish told me. “This underscores a challenge with our legal system. They can find ways to avoid courts altogether – and it demonstrates a unilateral desire to achieve an end regardless of the legality of it, just using brute force.”
In a statement to me, the Pentagon confirmed its siting clearinghouse “is actively evaluating land-based wind projects to ensure they do not impair national security or military operations, in accordance with statutory and regulatory requirements.” The FAA declined to comment on whether the country is now essentially banning any new wind projects and directed me to the White House. Then in an email, White House deputy press secretary Anna Kelly told me the Pentagon statement “does not ‘confirm’” the country instituted a de facto ban on new wind projects. Kelly did not respond to a follow up question asking for clarification on the administration’s position.
Faced with a cataclysmic scenario, the renewable energy industry decided to step up to the bully pulpit. The American Clean Power Association sent statements to the Financial Times, The New York Times and me confirming that at least 165 wind projects are now being stalled by the FAA determination process, representing about 30 gigawatts of potential electricity generation. This also apparently includes projects that negotiated agreements with the government to mitigate any impacts to military activities. The trade group also provided me with a statement from its CEO Jason Grumet accusing the Trump administration of “actively driving the debate” over federal permitting “into the ditch by abusing the current permitting system” – a potential signal for Democrats in Congress to raise hell over this.
Indeed, on permitting reform, the Trump team may have kicked a hornet’s nest. Senate Energy and Natural Resources Ranking Member Martin Heinrich – a key player in congressional permitting reform talks – told me in a statement that by effectively blocking all new wind projects, the Trump administration “undercuts their credibility and bipartisan permitting reform.” California Democratic Rep. Mike Levin said in an interview Tuesday that this incident means Heinrich and others negotiating any federal permitting deal “should be cautious in how we trust but verify.”
But at this point, permitting reform drama will do little to restore faith that the U.S. legal and regulatory regime can withstand such profound politicization of one type of energy. There is no easy legal remedy to these aerospace problems; none of the previous litigation against Trump’s attacks on wind addressed the FAA, and as far as we know the military has not in its correspondence with energy developers cited any of the regulatory or policy documents that were challenged in court.
Actions like these have consequences for future foreign investment in U.S. energy development. Last August, after the Transportation Department directed the FAA to review wind farms to make sure they weren’t “a danger to aviation,” government affairs staff for a major global renewables developer advised the company to move away from wind in the U.S. market because until the potential FAA issues were litigated it would be “likely impossible to move forward with construction of any new wind projects.” I am aware this company has since moved away from actively developing wind projects in the U.S. where they had previously made major investments as recently as 2024.
Where does this leave us? I believe the wind industry offers a lesson for any developers of large, politically controversial infrastructure – including data centers. Should the federal government wish to make your business uninvestable, it absolutely will do so and the courts cannot stop them.