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After one of my most recent Alibaba import adventures, I was left with a shipping container in my yard. These engineering wonders are great for many uses outside of merely transferring goods around the world, with one of the most common secondary uses being watertight storage units. That seemed like a great idea to put to use for all of my electric “toys”. Between my electric bikes, e-motorcycles, e-ATVs, electric tractors, and a few other things I’m probably forgetting, having a weather-sealed, solar-powered off-grid charging shed would be a big benefit. And if I could add an air-conditioning unit to keep the machines from baking in the sun (and function as a dehumidifier at the same time), then all the better. As it turned out, the project was a lot easier than I expected. Here’s how I did it.

There are many ways to skin a cat, and even more ways to add solar power to a shipping container.

To be fair, I cheated a bit. Well, not really cheated, but I just went with a retail solar generator system instead of DIYing that part myself from à la carte components. It’s more expensive since you’re paying for a pre-designed and engineered solution, but damn if it doesn’t make it easy! To save a bit of money instead, you can source your own solar panels, solar charge converter, batteries, inverter, and wiring, then make it all play together.

For me and my limited time, an offer from Pecron for a solution that would do all of that for me sounded perfect, so I went with Pecron’s system.

To make it all work as a solar shed, I’d have to mount the various components around the container. I started with the solar panels, which would need a frame. I used pressure-treated 2x4s to build a pair of mounts for the solar panels, each of which would hold three 200W panels.

With 1,200W of theoretical power (and probably more like 900W of solid real-world Florida solar energy), that would be a decent flow rate.

The panels I used are Pecron’s folding panels, which aren’t really meant for this type of long-term permanent installation. They should work, it’s just that you’re not really taking advantage of their folding nature.

They’re really designed for camping and other mobile scenarios where you’d want the ability to pack up and move your solar setup with ease.

You can imagine that with a setup like this, you could easily set up a 1,000-ish watt solar array at your campsite or off-grid cabin for a few days, then stow it all away in your trunk again later.

I mounted the panels using screws and big fender washers to hold them to the wooden panels. You can see it in more detail in my video of the project.

I know that everyone and their brother is going to ask me why I didn’t put the panels on an angle. And the answer is to hopefully give them better wind protection.

As I mentioned, these aren’t really designed for permanent installation, and thus they don’t have rigid frames. They’re pretty rigidly mounted to the wooden frames now, and the frames are lashed to the container, but it’s still a giant sail.

We occasionally get storms with pretty decent gusts, and so I wanted the panels flat to not give the horizontal gusts a surface to push against.

Angling the panels south would have been slightly more efficient, but the site is within spitting distance of the southernmost point in the US, so the efficiency difference of flat vs angled panels isn’t as big as if this was in Maine.

From there I had to get the wiring set up to feed my batteries. Here is where the beauty of the pre-built system really shows. All of the panels are wired for the inverter/battery/charge controller gear (which is an all-in-one unit) and the kit includes all of the adapters.

However, because I had to run the wires much further, I bought a set of 20 ft MC-4 solar panel extension wires. That allowed me to run all of the panels in parallel and then send them on a long enough run to make it through the existing vent hole in the side of the container. I had to drill out the vent hole a bit, and despite it not looking like it, I did put a small drip loop in the wires to prevent rainwater from running down the cables and into the container.

It’s been sitting there through plenty of rainy days over the last month, and not a drop of water has entered the container through the hole for the wires.

Once on the inside, I bundled the wires and ran them down to the Pecron E2000LFP and a pair of EB3000 auxiliary batteries.

Between the three of them, I’d have around 8 kWh of storage capacity. The 1,200W solar array should be able to nearly fill that entire battery bank with a solid day of strong Florida sun, though it’s pretty rare that I’d even use the entire 8 kWh in a day anyway.

The three units are all designed to plug into each other and cascade power between them, making this a simple operation. I literally just plugged in the wires and it worked like magic. I don’t mind getting custom, and I’ve got an engineering degree on my shelf that says I enjoy designing solutions, but sometimes it’s just nice to have something arrive ready to work.

To support them all and keep them off the floor so they don’t cut into my valuable storage space, I built a hanging shelf for them. That’s probably 180 pounds of batteries all together, so the shelf is made out of C-channel galvanized steel and hung from chains.

Next came the air conditioning. 

I got one of the cheapest portable air conditioning units on Amazon I could find, and despite now realizing that was probably a bad idea, from an efficiency standpoint, it seems to work pretty well.

I should have gone with a small mini-split type of air conditioning unit, would would have been much more efficient. But I’m generating way more solar power than I can possibly use in this off-grid container, and so peak efficiency is less important to me.

For this cheap portable unit, I had to cut a hole in the side of the container for the hot exhaust air to flow, then drill a smaller hole for the condensation tube to drain.

Despite not being the most efficient solution, it quickly cools the air in there (even if it is also sucking some outside air in through the container’s vents). It also acts as a dehumidifier, which is perhaps even more important to me, as my electric toys are likely just as unhappy about being in a super humid environment as they are about just being hot.

In the end, it all works! I mean, I took the easy way out with the Pecron system, but it’s still a cool feeling to start with a bare shipping container and end up with an off-grid solar charging shed that you put together with your own two hands.

With 8 kWh of stored energy and nearly 1,000W of real-world power in direct sun (and often 600-800W in less-than-ideal conditions), this is a seriously powerful system for just charging up all my EVs.

This could power a tiny home or other small off-grid setup like a hunting cabin. For me though, I’ll start with just keeping my electric tractors and motorcycles charged!

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Americans losing more choice due to tariffs as Kia EV4 is delayed indefinitely

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Americans losing more choice due to tariffs as Kia EV4 is delayed indefinitely

The Kia EV4 will be “delayed until further notice” in the US, according to a Kia rep and reported by InsideEVs. Kia said the change is because “market conditions for EVs have changed.”

The EV4 was expected to be released in 2026 at a price in the ~$30k range, entering Kia’s model like alongside the existing EV3 as the smaller, more affordable electric models below the EV6 and EV9. The EV4 will have the style of a boxy sedan, while the EV3 is a small SUV.

The EV3 is already available in Korea, Europe and other territories, but has not made it to the US (and may not ever).

The EV4 is not on the roads yet, but its release is imminent. And it seemed likely to make its way to the US. We saw the concept EV4 at the LA Auto Show in 2023, and the model was officially unveiled in the US at the New York Auto Show this April.

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Bringing that car to a US auto show with an official reveal suggested that the US would get access to this smart, more affordable Kia. And Kia said that the car would hit US roads in early 2026, which would have been just a few months from now.

Kia abruptly “delays” EV4’s introduction to the US

But now, a Kia rep has confirmed that the car won’t come to America after all, at least until further notice. Kia gave a statement to InsideEVs, saying:

“Kia’s full range of vehicles offers meaningful value and inspiring performance to customers. However, as market conditions for EVs have changed, the release of the upcoming EV4 electric sedan will be delayed until further notice.” 

We reached out to Kia to confirm, and received the same statement back.

The reversal is a bit of a surprise, and we’re not sure why we’re hearing this today in particular. Heck, we wrote a story about the EV4 GT’s interior just a couple hours ago.

So, unfortunately it looks like Americans will have one less potential choice to get away from the land-yacht disease currently infecting our populace. For what it’s worth, the EV4 is still listed as “coming 2026” on Kia Canada’s website.

We’ve seen models get delayed suddenly before, and while Kia did not directly say that the model will never come to the US, the fate of other “delayed” EV models in the past does not give us significant hope. Usually, a “delay” like this ends up meaning that the car just won’t ever make it to US roads (see: VW ID.7, Gen 2 Kia Soul EV, Ram 1500 EV, and others).

While Kia did not state a specific reason for the reversal, it’s not hard to guess what some of the influences are.

Electrek’s Take – EV4 likely delayed due to US policy changes favoring higher costs, dirty air

Since the EV4’s April reveal, republicans have continued their all-out assault on clean air, as in July a republican Congress passed a $4 trillion giveaway to wealthy US elites which also inflated the price of EVs by $7,500. Regulatory changes focusing on raising your costs and making your air dirtier are in progress, trying to force more gasoline and pollution on Americans and restricting access to cleaner, better EVs.

In addition to these actions opposing clean air, republicans are raising your costs in other ways as well. Unwise tariffs on basically every country in the world, which have been haphazardly implemented (due to the ignorance of the person unconstitutionally implementing them) and seem to change day-by-day, have increased prices for Americans and made business more difficult.

These tariffs would apply to the EV4. While Kia just started EV4 production in Europe, the US model would have come from Kia’s Korean factories. The ignoramus squatting in the US Oval Office did just ink a trade deal with Korea today, but given the lack of follow-through on previous trade deals, we wouldn’t be surprised if the terms of that change.

The difficulty of doing business in America has been in focus especially for South Korean firms, after a high-profile ICE raid at a Hyundai plant in construction in Georgia, which saw South Korean businessmen with visas detained and resulted in delayed construction on the plant and a swift popular pushback against US products in Korea. Kia and Hyundai are partner companies with a complex corporate relationship, so it stands to reason that Kia’s business decisions would be intertwined with Hyundai’s.

Many companies have recently cited a claimed but not substantiated lack of EV demand in the US as reasons for delaying their EV ambitions. To be clear, EVs have seen a long string of consistent sales growth in the US, stretching back more than a decade (with only a few interruptions to that growth, the largest being the start of COVID).

In the meantime, gas car sales peaked globally in 2017, and will never again reach that level of sales. This fact has been consistently underreported by media, alongside false headlines claiming EV sales are falling.

However, despite the record EV sales quarter the US just went through, it’s expected that the next year or so will see drops in EV demand. This is because of the pull-forward in sales experienced due to tax credit expiration, which caused a sales rush in Q3. Although, as has happened in other countries that suddenly ended purchase incentives, we’d expect perhaps a year of depressed sales before they begin to rise again.

But this likely drop in demand is hitting right around the same time the EV4 was supposed to launch in the US, so it’s not unreasonable for Kia to look at a market in a temporary downswing, especially when considering all the other factors laid out above (and the country’s current hostility to foreign investment, specifically investment from Kia’s partner company Hyundai), and wonder why they’ve gotten cold feet right now of all times.

While Kia didn’t lay out these reasons above in its statement, it sure seems likely that each of them could have had an effect on this decision.


The 30% federal solar tax credit is ending this year. If you’ve ever considered going solar, now’s the time to act. To make sure you find a trusted, reliable solar installer near you that offers competitive pricing, check out EnergySage, a free service that makes it easy for you to go solar. It has hundreds of pre-vetted solar installers competing for your business, ensuring you get high-quality solutions and save 20-30% compared to going it alone. Plus, it’s free to use, and you won’t get sales calls until you select an installer and share your phone number with them.

Your personalized solar quotes are easy to compare online and you’ll get access to unbiased Energy Advisors to help you every step of the way. Get started here.

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US reshores entire solar supply chain – as Trump puts $31B at risk

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US reshores entire solar supply chain – as Trump puts B at risk

New data from the Solar Energy Industries Association (SEIA) shows that the US solar supply chain has been fully reshored, with manufacturing capacity growing across every part of the solar and storage sector.

A US solar system from start to finish

With Hemlock’s new ingot and wafer facility coming online in Q3 2025, the US can now produce every major solar component domestically, from polysilicon to modules. According to SEIA, 65 new or expanded solar and storage factories have come online this year, bringing $4.5 billion in private investment to US communities.

However, SEIA warns that more than 100 factories and $31 billion in the pipeline could be at risk if the Trump administration continues its attacks on solar energy.

Solar manufacturing is booming – for now

The SEIA Solar & Storage Supply Chain Dashboard reports major capacity growth across every segment since late 2024. As of October 2025, US module production capacity has surpassed 60 gigawatts (GW), a 37% increase from December 2024. Solar cell production has more than tripled, jumping from 1 GW to 3.2 GW.

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Battery cell manufacturing for stationary storage has climbed to over 21 gigawatt-hours (GWh), which SEIA says is enough to power the city of Houston from sunset to sunrise.

“This growth is a testament to the power of American innovation,” said Abigail Ross Hopper, SEIA’s president and CEO. “We’re building factories, hiring American workers, and showing that solar energy means made-in-America energy.”

Inverter manufacturing, which converts solar power into usable electricity, has jumped nearly 50% since the end of 2024, rising from 19 GW to 28 GW of capacity. Mounting system production is also up 14%, with 23 new factories added since 2024.

A pipeline under political threat

The US solar pipeline remains strong, with 23 GW of new module capacity, 34 GW of cell capacity, 25 GW of inverter capacity, and 95 GWh of battery cell capacity either under construction or announced. But SEIA says that Trump administration policies, regulations, and trade actions are creating uncertainty that could hurt progress.

“We’re seeing strong growth today, but that momentum isn’t guaranteed,” Hopper said. “If the administration continues down this path, they risk driving investment overseas, stifling job creation, raising costs on consumers, and handing America’s manufacturing advantage to our competitors.

“If the administration does not reverse its harmful actions that have undermined market certainty, energy costs will rise even further, and the next wave of factories and jobs could be at risk.”

Read more: The Trump administration just killed the US’s largest solar project


The 30% federal solar tax credit is ending this year. If you’ve ever considered going solar, now’s the time to act. To make sure you find a trusted, reliable solar installer near you that offers competitive pricing, check out EnergySage, a free service that makes it easy for you to go solar. It has hundreds of pre-vetted solar installers competing for your business, ensuring you get high-quality solutions and save 20-30% compared to going it alone. Plus, it’s free to use, and you won’t get sales calls until you select an installer and share your phone number with them. 

Your personalized solar quotes are easy to compare online and you’ll get access to unbiased Energy Advisors to help you every step of the way. Get started here.

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The Kia EV4 GT’s interior looks a little too familiar [Video]

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The Kia EV4 GT's interior looks a little too familiar [Video]

Kia’s electric hot hatch will be here before you know it. After getting a sneak peek of the EV4 GT’s interior for the first time, it looks a bit familiar.

First look at the Kia EV4 GT’s interior

Kia’s bringing the hatchback back in style. The EV4 is Kia’s first all-electric hatchback, also available as a sedan or fastback.

Although it’s already pretty cool-looking with Kia’s new design elements like the Digital Tiger Face grille, Star Map Lighting, and aggressive stance, the GT version promises even more style, performance, and fun features.

Kia revealed the electric hot hatch for the first time earlier this week, showcasing its new GT Wrap. The new foil design “infuses models in development with the energy and attitude that define Kia’s GT production models.”

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By reimagining the Gran Turismo for a new generation of drivers, Kia said it’s bridging the gap between its heritage and future innovation. The GT Wrap will be used for a new generation of Kia performance vehicles. It still features the signature neon color, which has become a “symbol of electricity,” Kia said.

Now, we are getting our first look at the interior. The video from HealerTV offers a closer look at the EV4 GT’s interior, free of camouflage.

Right off the bat, you can see this is clearly a Kia GT. It has about the same setup as the EV9 GT and EV6 GT, including the steering wheel, infotainment, and seat design.

Kia-EV9-GT-interior
Kia EV9 GT interior (Source: Kia)

The EV4 GT’s interior is essentially a blend of the regular EV4 and the EV9 GT. One slight difference is that the GT’s armrest has storage space rather than just a flat surface.

The back seats also look about the same as Kia’s other GT models. It appears to include ambient lighting on the door panel and back of the driver’s seat, like the EV9 GT.

Kia-electric-hot-hatch-GT-Wrap
Kia EV4 GT prototype with “GT Wrap” design (Source: Kia)

Although it has similar features, HealerTV noted that the EV4 GT still has a unique interior and decent design, which should help differentiate it. According to Autocar, which saw it firsthand, the interior “received a significant makeover” with lower-sitting seats, neon green accent colors throughout, and an added GT Mode button on the steering wheel.

Like Kia’s other GT vehicles, the electric hot hatch will be equipped with a dual-motor, all-wheel-drive (AWD) powertrain with around 400 horsepower.

The EV4 GT will launch in 2026, joining the EV6 GT and EV9 GT in Kia’s expanding performance EV lineup. Looking ahead, the EV3 and EV5 are also in line for a GT upgrade.

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