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.
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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The beloved hatchback is falling out of favor. Volkswagen is moving Golf production to Mexico as demand for the current gas-powered model sinks. The upcoming EV version will replace it in Germany alongside a new electric SUV.
Volkswagen Golf demand sinks ahead of EV version
“The Golf must go to Mexico!” Volkswagen’s works council chairman, Daniela Cavallo, warned this week. According to a statement posted on VW’s intranet, viewed by Reuters, Cavalla said, “The trend is unstoppable.”
Golf production has drastically fallen off over the past few years. A graph from the works council showed Volkswagen built just over 300,000 Golf models last year, a significant difference from over a million in 2025. This year, the company plans to build just 250,000 units.
Volkswagen is undergoing a major restructuring at its Wolfsburg plant in Germany, where the majority of Golf production is based. However, that will soon change.
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Production of the current gas-powered Golf will be relocated to Mexico from 2027, while the EV version will replace it in Wolfsburg, alongside an electric successor to the T-Roc SUV
Volkswagen’s production plans (Source: Volkswagen Group)
During the transition, the plant could shift to a four-day work week. “From 2027 onwards, a temporary four-day week is not an unreasonable scenario,” Cavallo told plant workers on Wednesday.
Volkswagen’s HR head, Gunnar Kilian, added that the company plans to cut 35,000 jobs in Germany by the end of the decade. Over 20,000 have agreed to end their contracts early.
Volkswagen ID.EVERY1 world premier (Source: VW)
Following the production version of the ID.EVERY1, Volkswagen’s entry-level EV, the electric Golf, will be the company’s second electric vehicle based on Rivian’s electrical architecture and software stack.
Volkswagen’s tech boss, Kai Grunitz, confirmed earlier this year that “The ID 1 will be the very first vehicle with that architecture and will be the frontrunner on our side for the ID Golf.”
According to Autocar, the electric Golf will also be one of the first vehicles built on VW’s new SSP platform. The 800V architecture promises to significantly improve charging times and efficiency.
Volkswagen is expected to launch the EV variant, the “ID Golf,” in 2028. It will be built at VW’s Wolfsburg plant alongside the electric T-Roc successor.
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Electric truck startup Bollinger Motors seemed to be circling the drain last week, but a fresh investment from Mullen Automotive and a new/old face at the helm means there might be life in the medium-duty EV brand, yet. Here’s what we know, so far.
Last week, we wrote about a multimillion dollar lawsuit filed by Robert Bollinger that had thrown his eponymous Bollinger Motors brand into receivership, figuring that would be it for the startup electric truck brand. But Bollinger CEO, Bryan Chambers, spoke up to say that it wasn’t over, yet. “Receivership does not necessarily mean a company is headed toward liquidation,” he explained. “In fact, receivership is often used to avoid liquidation and can be the best course of action to help a company move forward … we continue to sell and service our trucks and support our dealers and customers.”
Chambers appears to have been proven right, and Bollinger Motors will, in fact, be moving forward as a very nearly-wholly-owned subsidiary of Mullen Automotive, with Mullen CEO David Michery taking on the role of CEO at both companies.
“This is an important moment for both Mullen Automotive and Bollinger Motors,” said Michery, who confirmed the change in leadership to our friends at Clean Trucking. “Our investment in acquiring the vast majority of remaining shares and resolving certain significant outstanding debt demonstrates our belief in and continued commitment to Bollinger’s vehicle lineup and future.”
The fresh investment settles the debt with Robert Bollinger and means that Mullen has formally acquired an additional 21% of Bollinger Motors, Inc., bringing its total ownership to 95%. Mullen claims the deal increases shareholder equity by approximately $3.5 million, though it’s worth noting that the company enacted a reverse stock split that took effect 02JUN2025, in order to remain in compliance with the $1.00 minimum bid price requirement on NASDAQ.
The priority at Bollinger Motors, for now, is to regain momentum for the Bollinger B4 Chassis Cab. The B4 is a Class 4 commercial truck designed from the ground up with extensive fleet and upfitter input that ships with a 158 kWh battery pack good for 185 miles of range, with 46-foot turning radius and an impressive payload capacity of 7,325 lbs. rounding out the spec sheet.
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The SONDORS electric bicycle company infamously went bankrupt in 2023, yet it now appears to be attempting a rise from the ashes. The company’s founder and former CEO Storm SONDORS is back at the helm and pre-selling a new electric motorbike with a somewhat familiar name – the Meta AT.
But will riders be once bitten, twice shy?
SONDORS originally burst onto the scene way back in 2015 – the early days of the US e-bike scene – by offering a $500 fat tire electric bike via a crowdfunding campaign. Many called it a scam after the company was late to deliver, and the bikes that did eventually arrive didn’t quite live up to some of the loftiest claims, but the company did ultimately deliver. In the nearly decade afterward, SONDORS continued following that same game plan: promising the moon for an unbelievably low price, then delivering something that was almost what they’d claimed and almost on time. But they always delivered.
At least, until they didn’t.
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After finding success in the electric bicycle market, SONDORS ratcheted things up in 2021 with a groundbreaking design for a light electric motorcycle known as the Metacycle. But that’s where the wheels started to fall off the proverbial e-bike.
The project significantly overran its timeline and ultimately delivered just shy of 2,000 bikes that didn’t quite live up to their originally promised specs. Over several months, the deliveries began slowing to a trickle and ultimately ceased. More on that in a moment. For now though, the important thing to note is that was one of the key pieces that led to the company’s undoing (though some would say an expansion of SONDORS’ electric bicycles into big box stores forced tighter profit margins and didn’t help things either). Ultimately, SONDORS eventually overran its cash supply and failed to make payments to suppliers, prompting the company’s bankruptcy and entering into receivership.
That brings us to today, with Storm Sondors now telling Electrek that he has managed to buy the company back out of receivership and, with it, has launched the new Meta AT. Unlike the street-ready Metacycle, the new Meta AT is an off-road electric motorbike intended to compete with Sur Ron, Talaria, and other light electric dirt bikes.
The 4 kW peak-rated motor claims a top speed of up to 50 mph (80 km/h) and a range of up to 60 miles (96 km) from the bike’s 2.5 kWh lithium battery. Long travel front and rear suspension combined with extra knobby tires position the Meta AT for trail riding and general off-road shenanigans, which are familiar territory for Sur Ron riders.
While the bike is not street-legal, SONDORS will offer a “Street Legal Kit” including mirrors, lighting, and other components. It is unclear how far this will go toward true road-legal compliance. The company walks that tightrope by recommending that riders should “check with your local registration laws and authorities, as regulations vary by location.”
And with its claimed MSRP of $4,200 marked down to just $2,299 for those brave customers prepared to pay in full months ahead of production or delivery, SONDORS appears to be sticking to its low-cost pre-order playbook of “pay now and trust us that you’ll ride later.” Again, that always worked in the past, at least until it didn’t.
To some, the new bike and the offer it presents sounds dubious, at best. As SONDORS’ marketing emails went out, more than a few forwarded emails landed in my inbox from people expressing a range of emotions from confusion to shock to downright anger. With at least 500 paying customers having been left without Metacycles (plus an unknown number of SONDORS electric bicycle customers left out to dry), a SONDORS revival was bound to raise a few eyebrows… or furrow them.
And so to try and learn more about what happened since the big breakdown, and what could happen next with this supposed new Meta incarnate, I went straight to the source. I reached out to Storm Sondors, and wouldn’t you know it, he actually answered.
As I peppered him with questions, to his credit, he was quite forthcoming. He genuinely seems to express remorse for what happened at the end of SONDORS original run and explained that he has been “working relentlessly to find a resolution for those remaining backers.” The sentiment is nice, but it doesn’t make anyone whole again and there doesn’t yet appear to be any solid recourse in the works.
As for what went wrong at the end, Storm shared with me what he says is a list of payments totaling over US $11 million to the Chinese factory that produced the Metacycle. This helps corroborate much of the backstory that led to an expose I wrote in 2023 after I finally found an inside source at the factory, further illuminating a major disagreement between SONDORS and the factory it contracted to build its Metacycles.
As the factory told me back then, after several rounds of Metacycle production, Storm placed a large deposit for another major production round, which the factory used to buy thousands of components to build the bikes and prepare a new production line. But when financial problems hit SONDORS, he failed to pay the balance on existing production runs, which left hundreds of finished Metacycles gathering dust in the factory’s warehouse in China.
Hundreds of Metacycles still sit in a Chinese factory warehouse awaiting payment
Storm showed me a spreadsheet of payments he made to the factory and explained that he asked the factory to shift his deposit for future production towards paying off the balance on existing production, which would have allowed him to take receipt of hundreds of completed Metacycles. The factory says they resisted as the money had already been spent on components, additional staff, and tooling up a new production line, all to help accommodate SONDORS’ major new production order. Shifting the payment would have been a breach of contract, the factory claimed, and would have left them out millions of dollars without a guarantee that future production they have already begun investing in would ever be paid for.
The two parties have been at loggerheads ever since, and Storm shared that he has attempted to rope in QS Motors, a major Chinese manufacturer and the parent company of the factory that produced the Metacycle, into “stepping in to resolve this matter urgently for the benefit of SONDORS Metacycle customers.”
At this point, it doesn’t appear that either party has budged. Storm continues to say “I paid!” while holding up over US $2 million in deposit receipts, and the factory continues to say “Yes, but not for these bikes, you didn’t.”
That leaves the old SONDORS in a stalemate, with no resolution in sight. But that hasn’t stopped the newly reborn SONDORS from pushing forward with its Meta AT launch. “The Meta AT is a different machine entirely,” Storm explained. “Smaller, lighter, and built to be more agile. It leans toward the off-road category with a price and performance level that opens it up to a much wider audience. Yes, it’s intentionally closer to the Sur Ron segment, but with SONDORS styling and ride experience.”
With a lower performance, less complicated, and even less legal motorbike than the original Metacycle, the barrier for production will certainly be lower this time, but will that be enough to win over skeptical riders?
Storm thinks so, and claims to have received over 7,400 Meta AT reservations “through private channels, with early access offered to those individuals.” The bikes are now available to the public for pre-order through an Indiegogo campaign, which currently shows 36 backers. Storm says reservations are “converting in stages. As they do, you’ll see the numbers reflected on the campaign page.”
I asked Storm if he was worried about riders trusting SONDORS after the company’s abrupt closure in 2023. For him, there wasn’t any question. “I created this category. Before SONDORS, there was no mass market for electric bikes – now there is. I’ve shipped hundreds of thousands of units. I’ve built the factories, the tooling, the supply chains. This isn’t a side hustle or a new idea. This is what I do. And the Meta AT is the best machine I’ve ever built. You can question the industry. You can question the hype. But don’t question whether I deliver. I always have.”
And he’s right. SONDORS did always deliver. Until it didn’t.
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