Burning Man has always been that event that seems to exist outside of time and space.
Every year, seventy thousand people trek out to the Black Rock Desert in Nevada to leave the world’s problems behind and build a temporary city that runs on exchange, creativity, and an economy completely different from what we’re used to. There’s no money circulating out there, no advertising, no consumption in the way we know it. What exists is an entire community built on principles that challenge much of what the modern world represents, and that alone would be enough to make the event fascinating.
But there’s an interesting paradox happening out there that few people stop to think about. The temporary city in the desert was once an oasis for people who wanted to escape the tech world that was colonizing San Francisco. Forty years later, though, Burning Man has increasingly become home to that very same tech crowd the original attendees wanted to leave behind. Today the event operates on a budget of over 60 million dollars a year. This year, in fact, the festival’s spiritual home was built by a former tech CEO who quit his job to lead the project.
And the reliance on tech partnerships only keeps growing, especially when it comes to solar energy and sustainability. The goal is no small thing: net-zero emissions by 2030 🌱
A pollution problem nobody sees
Although it’s celebrated as the world’s biggest leave-no-trace festival, Burning Man has a pollution problem. And it’s not just the trash left behind in the desert or in neighboring towns. Black Rock City has a massive carbon footprint. At its daily peak, the city emits as much carbon dioxide per square meter as downtown London or Mexico City.
A temporary city in the middle of nowhere, assembled and torn down in a matter of weeks, with diesel generators roaring on every corner, tens of thousands of cars rolling in along the highway, and massive art installations consuming energy all day long. The event’s actual environmental impact is something the organization takes very seriously, even if most participants don’t realize the scale of the effort happening behind the scenes.
As George Reed III, Burning Man’s director of regeneration, puts it: it’s just like any other MOOP, except invisible. MOOP, or matter out of place, is the festival’s in-house slang for trash or anything left where it doesn’t belong. The idea that carbon pollution is a kind of trash you can’t see says a lot about the community’s mindset.
The Burning Man Project, the nonprofit organization that makes the event possible, is trying to respond. It has launched major sustainability initiatives to reduce its dependence on diesel generators. There have already been advances in this area, with reports that more people are switching to solar energy than ever before, but there’s still a long way to go before hitting the net-zero emissions target in 2030.
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The decommodification paradox
Burning Man operates on ten core principles, ranging from radical inclusion to leave no trace. While all are treated with equal weight, the principle of decommodification is taken extremely seriously. The event runs on a gift economy, and the only thing you can buy with real money is ice. Even healthcare, at a well-equipped hospital, is free.
The organization itself defines decommodification this way: to preserve the spirit of gifting, the community seeks to create social environments that are unmediated by commercial sponsorships, transactions, or advertising. They stand ready to protect the culture from such exploitation and resist the substitution of consumption for participatory experience.
But while the principles may be set in stone, Burning Man is changing, for better or worse, and it’s not just the participants. Where attendees are committed to decommodification, it’s hard to run a 60-million-dollar event without a little bit of capitalism involved. To hit its sustainability goals, the organization has started hiring many of the very tech companies its participants are taking a vacation from. 🔆
A testing ground for the future
Tech vendors don’t follow the same rules as the gift economy. They get paid or receive grants for their services, although Burning Man says they’re typically paid below market rate and donate a good chunk of their own time. The organization has been selective about who it hires, trying to choose only companies it believes are aligned with the other core principles.
At the same time, it asks companies to cover their logos on equipment and doesn’t list the names of the startups it works with on the sustainability page of its website. According to Reed, this is an effort to keep the space decommodified for participants, even though these partnerships are important for keeping the organization on track with its environmental goals.
It’s mainly a cultural thing, Reed explains, and they don’t want Black Rock City turning into some kind of trade show. The idea is for the place to genuinely be a research and development testing ground for the future. And that logic completely changes the dynamic of tech partnerships, because instead of traditional sponsorship, the collaborations function more like shared-mission projects.
ElectricFish and testing under extreme conditions
One of the company leaders who’s on board with following the decommodification guidelines is Anurag Kamal, CEO and co-founder of ElectricFish, a fast-charging startup for electric vehicles. The company makes rapid-deploy charging stations that can also feed energy back into the grid. The Bay Area startup is in its second year working with Burning Man, with last year being just a test run and this year providing charging only for the organization’s vehicles.
Kamal says he doesn’t mind having to cover the logo. For him, the experience is a great opportunity to test the technology in the harsh conditions of the Black Rock Desert and, in doing so, improve the product. He says if they ever reach ubiquity, powering the grid with a bunch of chargers spread all over, then they’ll talk to the organization and say they don’t want to hide the logos anymore. But for now, the goal is to fit the ethos, test, and be part of the community.
LOKL Energy and dust that becomes a conductor
For Louis Lalonde, CEO of LOKL Energy, adapting to Burning Man culture is easy because it lines up with his own sustainability priorities. The company is a small wind energy startup based in Austin, Texas. Its portable generators use wind turbines in addition to solar panels to capture energy continuously, even when the sun isn’t out. At the festival, the technology was used to power air conditioning and refrigeration for greeters at the event’s entrance.
Lalonde says sustainability is at the heart of LOKL Energy and that the leave-no-trace principle was a fundamental part of the generators’ design. Like Kamal, he sees the chance to test technology in a one-of-a-kind environment. And the dust on the Black Rock Desert is no ordinary nuisance. Its high alkaline content can act as a conductor when wet, which is problematic for equipment that captures and stores electricity. Lalonde sees those dusty, hostile conditions as an exciting opportunity. He’d love to see what happens. 🔋
A new mission born in the desert
Finding companies that can adapt to Burning Man culture hasn’t been hard. For some, the organization only had to look in its own backyard.
Overdrive Energy Solutions practically was born at Burning Man in 2017. Today it’s one of the event’s biggest tech partners. The company’s combination of clean energy software and hardware lets the organization operate more efficiently, providing a real-time view of how much energy each battery is consuming and predicting, based on usage, when one needs a recharge.
While others are dealing with introducing cleaner energy, Overdrive tackles a less talked-about problem: overestimating how much energy Burning Man actually needs. That saves the organization a considerable amount on its energy bills.
Overdrive’s CEO and founder, Neel Vasavada, identifies as a Burner first. He’s been going to Black Rock City for years, and in 2017, he wanted to stop using a gas generator to power the air conditioning in his own pod. He started putting together a rudimentary version of Overdrive’s monitoring system, and the technology quickly grew from his own shelter to an entire camp of about a hundred people, eventually catching Burning Man’s attention. Today the company works at some of the biggest music events, having just been at Outside Lands and heading to Portola right after the burn.
According to Vasavada, it says a lot about what the organization has done, allowing them to cross the line from participant to vendor. That’s what he considers truly incredible about the organization and the reason they feel such a deep connection to it. 🌞
Solarpunks: silence in the middle of the noise
On the edges of Black Rock City, a similar story is playing out. Driving to the charging station at the far end of the city, you pass several of the big sound camps, almost all running diesel generators. When the heavy bass isn’t pounding across the playa, the nonstop hum of generators stands out. But around the Solarpunks setup, there’s a remarkable silence, broken only by lively conversations from people charging electric bikes.
Christina Chu, Cory Johnson, and Karin Campbell have been going to Burning Man for years. They don’t have tech backgrounds like Vasavada, but they now run the largest array of solar panels the event has ever seen. Solarpunks offers free charging for electric vehicles and bikes through rapid-deploy panels, all as a gift to the playa. The group started with a 100% solar-powered camp of about fifty people in 2022. Johnson says it was the hardest project they’ve ever done at the festival.
They hit rock and couldn’t drill. They had no shade structure and looked like a disaster zone, everything super tense, Chu recalls. But the power never went down, and they still managed to donate energy to different neighbors and artists.
This year, Solarpunks expanded significantly, delivering 1.1 megawatts of electricity to an entire block of Black Rock City, including one of Burning Man’s biggest theme camps, Discosmos. The group also electrifies six art pieces out on the deep playa. And they went beyond the festival: they brought some of their equipment to help with relief efforts during the Los Angeles fires last year.
For the team, Solarpunks’ mission is inspired by Burning Man itself, and their future at the event is defined by how much they can give back. Each of them had their own journey with the festival in a life they love, Johnson says. Solarpunks was the desire to have a camp and build a community of friends and like-minded people, with shared experiences, but in a way that brought a bit of purpose, something like a new mission. 🏜️
The long road to 2030
The net-zero emissions target by 2030 is ambitious to the point of seeming almost unrealistic when you consider the scale of the logistical challenge. Seventy thousand people arriving by car, plane, and bus to a desert in the middle of nowhere, hauling tons of materials and generating waste on an industrial scale for an entire week.
What the organization can control more directly is what happens inside Black Rock City, and that’s where the solar energy initiatives and tech partnerships make the biggest difference. The progressive electrification of the event’s infrastructure, the replacement of diesel generators with hybrid systems, incentives for big camps to adopt renewable sources, and smarter energy management — all of it combined already represents a measurable reduction in overall environmental impact. But it’s still far from zero, and the clock doesn’t stop.
What makes this journey worth following is that Burning Man works as an accelerated mirror of problems that real cities face too. How do you decarbonize an existing energy infrastructure without shutting down operations? How do you convince a diverse community to adopt new technologies that change established habits? How do you balance cost, performance, and environmental impact under harsh conditions? The answers emerging from the Nevada desert have the potential to inform solutions for much bigger contexts, and that might be the strongest argument for continuing to invest in these quiet partnerships, regardless of any philosophical paradox between decommodification and the arrival of clean tech on the playa.
