Latest / Energy Economics with Fexingo: Oil Prices, Renewables, and the Cost of Power / The Stranded Cost of Powering Your EV
Transcript
- Lucas: Let's talk about the silent bottleneck in the electric vehicle revolution, and it isn't the battery pack. It's the wire. In early September, the average price for regular gasoline was four dollars and forty-six cents a gallon, but if you're trying to charge an EV in many parts of the United States, the real friction isn't the fuel cost. It's the grid connection queue. Luna: Right, because everyone focuses on the battery chemistry, but the physical act of getting electrons from a solar farm or wind turbine into a home charger involves a lot more concrete and copper than most people realize. Lucas: Exactly. And here is the concrete detail that matters for anyone buying a car today: the interconnection queue for new renewable projects has ballooned to over three hundred gigawatts of waiting capacity. That is enough power to run roughly eighty million homes, sitting idle while utilities figure out how to transmit it. For the consumer, this means the promise of cheap, clean power is being delayed by years, not months. Luna: So when you say 'delayed,' are we talking about five-year wait times for a simple residential upgrade, or is it the large-scale industrial projects that are clogging the system? Lucas: It is both, but the industrial side is where the headline number lives. A recent report from the Lawrence Berkeley National Laboratory showed that the average wait time for a generator to connect to the grid has stretched past twenty-eight months. And that is just for generators. If you are building a massive charging depot or a data center, the timeline gets even longer because you need transmission lines, not just local distribution. Luna: That feels like a structural problem rather than a cyclical one. Is it just that we built too many renewables too fast without upgrading the pipes? Lucas: It is a combination of speed and material scarcity. Let's look at copper. The International Energy Agency flagged earlier this year that demand for copper in the energy transition is projected to double by 2050. Right now, in October 2026, copper prices are hovering near record highs because miners cannot bring new supply online quickly enough. You cannot build the grid for electric vehicles without copper, and the supply chain for that metal is constrained. Luna: But isn't copper recyclable? Why can't we just mine less and recycle more to close the loop? Lucas: You can, but recycling takes decades to scale up. The current stock of recycled copper is already being used to patch holes in existing infrastructure. We are in a period of net deficit. This creates a specific economic pressure: the cost of electricity generation might fall as solar panels get cheaper, but the cost of delivering that electricity rises because the wires cost more to install and maintain. Luna: So the savings you see at the pump or on your charging app are being partially offset by higher underlying infrastructure costs that don't show up on your monthly bill immediately. Lucas: Precisely. And here is where it gets tricky for the consumer. Utilities recover these costs through rate cases, which are highly regulated and slow. But in the meantime, companies like Ford or Tesla are trying to sell cars based on total cost of ownership. If the grid is congested, they cannot guarantee fast charging availability in certain regions, which devalues the product. Luna: Does this mean we should expect a regional split in EV adoption, where only areas with robust grid upgrades see mass adoption? Lucas: I think that is exactly where we are heading. Look at Texas versus California. Texas has a grid that is somewhat isolated, meaning they can move faster on internal decisions, though they face their own reliability challenges. California has a more integrated western grid, so they are subject to broader transmission constraints. In October 2026, we are seeing EV adoption rates plateau in states with heavy grid congestion, while they continue to climb in states with proactive transmission planning. Luna: That is a fascinating divergence. It suggests that infrastructure policy is actually becoming a bigger driver of consumer behavior than tax credits are. Lucas: I would agree with that assessment. The federal tax credit for EVs is still in place, but it only covers thirty thousand dollars of the vehicle cost. It does not cover the cost of installing a Level Three charger at a multi-unit dwelling. If you live in an apartment and there is no grid capacity to support a charging hub, the tax credit is irrelevant to you. You simply cannot charge. Luna: So the burden shifts entirely to private developers and landlords who have to front the capital for the hardware and negotiate with utilities who are backed up for eighteen months. Lucas: Correct. And that capital intensity is causing a shift in who builds the infrastructure. We are seeing a rise in third-party charging operators who lease space from retailers. Think of gas stations converting to supercharger hubs, or grocery stores adding charging lanes. These models work because they spread the risk, but they also highlight the fragility of the current grid expansion pace. Luna: It reminds me of the early days of mobile phones, where the network rollout dictated where you could use your device. Are we repeating that pattern? Lucas: A very strong parallel. In the nineties, you bought a phone, but if there was no tower nearby, it was a brick. Today, you buy a car, but if there is no interconnection permit, it is a liability. The difference is that cars are expensive assets. People do not want to buy an asset that depreciates because the service network is unreliable. Luna: Which puts pressure on policymakers to streamline permitting. But we know how long those processes take. Lucas: They do take time, and that is the political friction point. Local opposition to new transmission lines is fierce. NIMBYism, or Not In My Back Yard, slows down routes by years. Yet, without those lines, the renewable energy generated in remote areas cannot reach the cities where the EVs are driving. It is a classic spatial mismatch in our energy economy. Luna: And with inflation still lingering around three percent core CPI, consumers are feeling the pinch on everything else, making them even less tolerant of infrastructure delays that keep living costs high. Lucas: Right. The Consumer Price Index for August came in at three hundred thirty-four, up slightly from the previous month. Energy costs are a component of that, but the indirect costs—like the delay in efficiency gains from renewable integration—are harder to measure. They show up as stagnation in productivity rather than a spike in prices. Luna: So the real story here is not that green energy is failing, but that the plumbing is behind the walls. Lucas: That is a perfect way to put it. The fixtures are shiny and new, but the pipes are clogged. And until we clear those pipes, the full benefit of the energy transition will remain out of reach for the average consumer. Luna: If walking through the economy with us has made something click, I want to ask you directly about our model. Lucas: We deliberately don't run ads on these shows because we want to keep the focus purely on the data and the logic, without any brand influence coloring the analysis. Luna: If you value that independence, the link is buy me a coffee dot com slash fexingo, and your support keeps us going. Lucas: Yeah, it helps us keep the lights on and the research deep. Now, back to the grid. Luna: What about storage? Can batteries solve the transmission bottleneck by storing energy locally and releasing it later? Lucas: Batteries are part of the solution, but they are not a silver bullet for transmission. Batteries degrade over time and they are expensive per kilowatt-hour compared to moving electrons through a wire. They are great for balancing short-term fluctuations, but they cannot replace the bulk movement of power across hundreds of miles. Luna: So we still need the big steel towers and the long lines, despite the noise about decentralized microgrids. Lucas: Microgrids will play a role in resilience, especially for hospitals and critical infrastructure, but for mass EV adoption, we need a national or regional supergrid. And building that requires solving the copper problem and the permitting problem simultaneously. Luna: Is there any company currently positioned to profit from this grid bottleneck? Lucas: Look at the utility equipment manufacturers. Companies like Eaton or Schneider Electric are seeing order books fill up because utilities are desperate to modernize their substations. Also, copper miners like Freeport-McMoRan are benefiting from the price surge, though their margins are squeezed by energy costs. Luna: It seems like a classic infrastructure cycle. Who gets paid first, and who gets paid last? Lucas: The equipment makers get paid first. The miners get paid second. The utilities get paid slowly over decades through regulated returns. And the consumer? We get the benefit last, and only if the system works. Luna: A sobering reminder that technology moves faster than physics. Lucas: Always. As we head into the final quarter of 2026, watch the interconnection queue reports. That is where the true signal of the energy transition's health lies. Luna: And maybe reconsider whether your new car is ready for the road, or if the road is ready for your car. Lucas: That is a question worth asking before you sign the contract. Thanks for listening.