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I've run power for a 100-person theme camp in the past. According to the logs, we burned an average of 36.8 gallons per day, or 1.4 liters/person/day (we ran the generator for 9 days total) in 2025. The camp has air conditioners (iirc ~20 units), lighting, freezers, etc. although not everyone has all of the above.

The average household consumption of electricity per day in the US is about 28kWh, which would take around 7-9 liters/day of diesel. Assuming an average US household of 2.6 persons, that's about 3 liters/person/day for electricity alone - does not include gas/electricity spent driving. So, at least for this camp, the average person is using less electricity at the burn, than if we weren't at burning man.

The fossil fuels spent getting to and from the event are more substantial than those burned at the event, but this is a separate discussion I think as to whether or not people should be flying to conferences, events, or taking vacations. COVID was great for reducing travel-related fossil fuel consumption, so we have the data and the experience on how to reduce that, but probably not the will.

The power logs are pretty interesting to look at. On average the generator is lightly loaded, so a lot of energy is going towards idling the generator, but batteries are expensive and these generators are not made to be stopped and started repeatedly.

by block_dagger15 hours ago|

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Thanks for the math. My mind was more on the transportation pollution (moving all the people and stuff into the desert and then back out again, every year). The amount of CO2 spent on flying people around for business and vacations blows my mind. Using jet engines should be something like 10x more expensive than they are to reflect the actual burden on future generations of humans and other species.

by justin5 hours ago|

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Then it’s somewhat intellectually dishonest to single out Burning Man vs any other kind of vacation travel.