For one week, tens of thousands of people build a city in the Nevada desert.

There are glowing art installations, massive sound systems, kitchens, camps and electric vehicles—but no utility company waiting to connect them.

Burning Man 2026 is underway in Nevada’s Black Rock Desert, with around 70,000 people expected to take part in this year’s temporary city.

The event also marks 40 years since the first Burning Man gathering took place on San Francisco’s Baker Beach in 1986.

Want Electricity? Bring Your Own

Black Rock City has streets, emergency services, enormous artworks and enough nightlife to make electricity feel almost as essential as water.

But it is not a normal city with a public utility connection waiting for every camp.

Burning Man’s official guidance is remarkably direct: participants cannot simply connect an RV or camp to the event’s electrical infrastructure.

Instead, they are expected to provide their own electricity using generators, batteries or renewable energy such as solar panels.

That creates a strange and highly decentralized electrical ecosystem.

The Generator Has Long Been King of the Desert

Historically, much of Black Rock City’s electricity has come from portable generators.

Burning Man says thousands of small gasoline generators are brought to the playa each year, alongside larger diesel units.

The logic is simple:

But generators are noisy, require fuel to be transported into the desert and may spend long periods running even when electricity demand is relatively low.

Batteries are beginning to change that operating model.

16 MWh of Batteries Changed the Equation

Burning Man Project says that in 2025, its Power team, Solar team and collaborators deployed more than 16 MWh of battery capacity across organizational power grids and community-service camps.

Of the organization’s 41 infrastructure grids, 15 were solar-powered, while most generator-based grids were paired with batteries.

That pairing changes how a generator needs to operate.

The battery provides continuous power, while the generator only needs to run when additional energy is required.

Burning Man Project reports that this approach reduced average generator runtime by 59% and saved more than 24,000 gallons of diesel across its own power grids in 2025.

Black Rock City combines solar, battery storage and conventional generation across a decentralized temporary power system.

Burning Man Is Basically a Giant Microgrid Experiment

There is something funny about it.

People travel hundreds or thousands of kilometres to a desert famous for giant sculptures, dust storms, strange costumes and all-night parties.

And once they arrive, many of them end up confronting exactly the same problem that utilities, factories and remote industrial sites deal with:

Solar works well during the day.

Batteries can move part of that energy into the night.

Generators provide backup and additional capacity.

But all of it still has to be connected, protected and operated safely.

Festival Advice Starts to Sound Like Power Engineering

Burning Man’s 2026 electrical-safety guidance addresses battery placement, emergency shutdowns, grounding, overloads and electrical protection.

It also warns participants that when a generator is connected to a battery system, the generator may start automatically when charging is required.

At that point, the advice begins to sound less like a festival FAQ and more like a small power-engineering manual.

And Then the Entire City Disappears

Perhaps the strangest part is that almost none of this is permanent.

Black Rock City exists for only days.

The streets appear.

The lights turn on.

Solar panels, batteries and generators power camps and artworks through the night.

Then the event ends, the systems are dismantled and the city disappears back into the desert.