I've spent the last year talking to fleet operators. Big ones, small ones, last-mile delivery, long-haul, school buses, you name it. FedEx has committed to going fully electric on new delivery vehicles by 2030. USPS just ordered 66,000 EVs. Amazon wants half their deliveries carbon-free by the end of the decade. UPS is retooling entire depots.
These aren't announcements. They're purchase orders. The trucks are coming.
But here's what nobody puts in the press release. Almost every one of these operators is hitting the same wall the moment they try to actually plug the vehicles in.
The depot is the bottleneck
Think about what it takes to charge a fleet of 50 electric delivery trucks overnight. You're looking at 2.5 to 5 megawatts of power draw. That's the equivalent of a small shopping mall, concentrated in a single parking lot. Most fleet depots today are wired for lights, a break room, maybe a forklift charger. Not for megawatts.
So you call the utility. You ask for an upgrade. And they tell you the interconnection queue is six years deep. Six years. That's the U.S. In Europe it's 6 to 10 years across major markets. And in the UK? I've talked to operators who are looking at 15 year queues. Fifteen. Their vehicles will be two generations obsolete before the power shows up.
And the cost of the upgrade itself? Anywhere from $50,000 to over $500,000 depending on how much work the grid needs. One operator in the UK got quoted 15 million pounds for a single depot. That's not a typo. 15 million for the privilege of plugging in trucks they've already bought.
The trucks show up before the power does
This is the part that keeps coming up. Federal programs like the Clean School Bus initiative are putting thousands of electric buses on order. Districts are signing contracts, getting excited, planning routes. Then the buses arrive and there's nowhere to charge them because the utility hasn't finished the interconnection study yet. Let alone the actual construction.
I watched this play out firsthand. A fleet manager showed me a row of brand new electric vans sitting in a lot. Not broken. Not waiting for drivers. Waiting for power. The chargers were installed. The software was configured. The grid connection was 14 months away.
That's not a technology problem. That's an infrastructure timing problem. And it's happening everywhere.
Smart charging doesn't solve the real issue
People love to talk about smart charging and load management. Spread the charging across the night. Stagger the vehicles. Use software to flatten the peak. And look, that helps. You can reduce peak demand by 60 to 80 percent with good scheduling. A fleet that needs 5 MW on paper might only pull 1.5 MW with smart management.
But 1.5 MW is still way more than most depots have available. You've gone from impossible to slightly less impossible. The fundamental constraint hasn't changed. The wires going into your site can't carry enough current.
The question isn't "how do we charge smarter." It's "how do we get megawatts to a site that was never designed for it."
Diesel gensets aren't the answer either
I keep hearing the suggestion. "Just drop a diesel generator at the depot as a bridge." But think about it for a second. You're electrifying your fleet to reduce emissions and lower operating costs. And your plan is to power the chargers with diesel? The fuel cost alone wipes out the economics. And most of these depots are in residential or commercial areas where a 3,000 kg generator running at 85 decibels isn't going to fly.
Fleet operators need something that actually works at scale across hundreds of sites. Something that shows up in weeks, not years. That fits in a parking space, not an industrial yard. That runs on clean fuel. That costs a fraction of a grid upgrade. And that you can monitor and manage remotely when you're running a network of 50, 100, 500 depots.
This market is massive and wide open
There are 87,000 commercial EVs registered in the U.S. right now. That number is growing fast. 53% of heavy-duty carriers are actively transitioning. Another 33% plan to start within the next year. We're looking at a $200 billion market by 2030 just in fleet charging.
But the money isn't in the chargers themselves. The real value is in solving the power delivery problem that sits between the grid and the depot. The big generator companies are focused on data centers and industrial sites. The battery storage companies can handle short bursts but not continuous overnight charging for 50 trucks. The utilities are trying, but they're structurally incapable of moving at the speed fleet operators need.
This is why we built Immedia Power
I got tired of hearing the same story at every depot I visited. Trucks sitting there, chargers installed, everyone waiting on the grid. So we built something to fix it.
The GX230 is a 200 kW multi-fuel generator that fits in a single parking space. 15 square feet. 700 kg. Runs on natural gas, propane, hydrogen, or biogas. It's grid-parallel, which means it works alongside whatever utility power you already have. And it deploys in days, not years.
No utility approval. No interconnection queue. No $500K grid upgrade. You bring it to the depot, connect it, and your fleet starts charging that week.
It runs at 69 dBA, which is quieter than a conversation. So it works at suburban depots, commercial lots, anywhere your fleet actually parks. And because it's software-managed, you can monitor and control it remotely across your entire network of sites from one dashboard.
This is the piece that's been missing. The bridge between where fleet electrification is today and where the grid will eventually catch up. Except for a lot of operators, it won't be a bridge. It'll be the permanent solution, because it's cleaner and cheaper than what the utility was going to give them anyway.
We're already working with fleet operators across the country. If your depot is stuck waiting on power, reach out. This is exactly the problem we built this company to solve.