The carbon footprint of one journey to E-Werk

A night at Pallas begins long before the first bassline reaches the industrial rooms of Berlin’s E-Werk. For an attendee travelling from Australia, the largest share of the climate impact is usually created thousands of kilometres away, during the flight to Europe. The venue, lighting rig and dancefloor matter, but they are minor beside the distance between Sydney, Melbourne, Brisbane or Perth and Berlin.

That makes a single attendee’s footprint a useful way to understand the festival experience. It includes transport, accommodation, meals, electricity, drinks, waste and the return trip. Each category depends on choices: flying direct or changing planes, taking public transport or a taxi, staying in a hotel or with friends, and eating a plant-based meal or a beef burger.

The figures below are indicative rather than a personal carbon audit. Emissions vary with aircraft type, seat class, occupancy, hotel standards, energy sources and accounting methods. Air travel is particularly sensitive to the treatment of high-altitude effects, so the same journey can receive different estimates from different calculators.

Pallas presents an unusual setting for this calculation. E-Werk’s historic architecture and multi-stage programme create an intense, energy-rich night, while the event also emphasises CO2-neutral operations and environmental responsibility. The clearest picture comes from separating the event’s managed footprint from the emissions that an individual brings to Berlin.

The long-haul flight sets the scale

For a traveller leaving Sydney, the return distance to Berlin is roughly 34,000 kilometres, usually with at least one stop. Melbourne is similar, while Brisbane and Perth produce slightly different routes and distances. An economy-class return flight on this scale might generate around 1,800 to 3,000 kilograms of CO2e when aviation’s additional high-altitude effects are included. A calculation that excludes those effects may show a lower number.

This means the flight can account for more than 90 per cent of the journey’s climate impact. A 70-kilogram suitcase does not create a separate 70-kilogram footprint, but checked baggage adds weight and handling demand. Premium cabins are much more carbon-intensive because each passenger occupies more floor space, so an upgrade can outweigh many smaller sustainability choices made during the festival weekend.

A traveller from Adelaide, Canberra or Hobart may also need a domestic connection before the international leg. That extra sector can add tens or hundreds of kilograms of CO2e, depending on distance and aircraft load. Driving to Sydney Airport from regional New South Wales, or catching a rideshare to Melbourne Airport from the suburbs, adds a smaller amount, although it still belongs in the full journey accounting.

Getting across Berlin creates a smaller share

Once in Germany, rail and public transport make the final approach to E-Werk relatively low-carbon. From Berlin Brandenburg Airport, a regional train, S-Bahn connection and short U-Bahn or walking leg generally produce far less emissions than a private car. E-Werk sits near Friedrichstraße and Stadtmitte in central Berlin, where the dense network makes a car unnecessary for most visitors.

A public transport journey across Berlin might add only a few hundred grams of CO2e, depending on the electricity mix and distance. A taxi or app-based car can push that towards several kilograms, especially if the vehicle returns empty or the passenger travels alone. Walking from nearby accommodation is effectively the lightest option, with the main impact coming from the food and energy needed to support the traveller rather than from the steps themselves.

Australian habits can make this comparison feel familiar. A visitor used to tapping on with an Opal card in Sydney or using myki in Melbourne will find Berlin’s ticketing system different, but the principle is the same: choosing a train, tram or U-Bahn over a car keeps the local transport portion modest. The late-night return matters too; an airport-style transfer after the last set can erase much of the saving made by using public transport earlier.

Accommodation quietly adds up

A three-night stay in Berlin may contribute around 15 to 75 kilograms of CO2e, depending on the property, room occupancy, heating, laundry, breakfast service and accounting boundary. A large hotel with extensive air conditioning, daily linen changes and a buffet can sit at the upper end. A small room shared with another attendee spreads the room’s operational footprint across more people.

The most important hotel variables are often invisible. Heating demand in a Berlin winter, hot-water use, building efficiency and purchased electricity all influence the result. Reusing towels helps, but it is rarely as significant as extending a stay across several people or choosing accommodation close enough to walk to E-Werk. A hostel bed can be materially lower per person than a private hotel room, though its actual performance depends on the building and occupancy rate.

For someone flying from Australia, adding a festival to an existing European trip can change the allocation. If the traveller was already spending two weeks in Europe, assigning the entire long-haul flight to one night at Pallas would exaggerate the event’s footprint. A fairer method divides the flight across the trip’s destinations or uses a marginal calculation: the extra emissions caused by making Berlin part of the itinerary.

The night itself has a measurable footprint

At the venue, electricity supports sound systems, stage control, ventilation, refrigeration, bars, toilets, security and immersive lighting. The footprint per person depends on crowd size and operating hours. A busy event can spread fixed energy demand across many attendees, while a sparsely occupied room has a higher energy intensity per person. A rough allocation for one night might range from 1 to 10 kilograms of CO2e before food and travel.

LED fixtures generally consume less electricity than older lighting technologies, but a large lighting design can still draw substantial power. Amplification, screens, pumps and cooling also contribute. Historic buildings bring another variable: protecting the character of E-Werk while meeting modern comfort and safety standards can require more energy than operating a purpose-built warehouse.

Pallas’s stated CO2-neutral operating model is relevant here, but it should be read carefully. It describes how the event manages or balances its own operational emissions; it does not make an attendee’s international flight disappear. Someone planning a visit can review the Pallas ticket information while keeping venue operations, personal transport and travel to Berlin as separate accounting categories.

Food, drinks and personal choices fill in the detail

A festival meal may add anywhere from 1 to 8 kilograms of CO2e. Plant-based food usually sits at the lower end, while beef and lamb can be several times more emissions-intensive. A beer, wine or soft drink may add a few hundred grams once ingredients, refrigeration, packaging and transport are included. Reusable cups and effective waste separation reduce material waste, although packaging is usually smaller than the impact of the meal itself.

An attendee eating two meat-heavy meals, drinking several beverages and buying merchandise could add 5 to 20 kilograms across the night. Cotton clothing, synthetic festival outfits and new trainers carry embedded manufacturing emissions that are difficult to assign neatly to a single event. Wearing clothes already owned, buying second-hand and avoiding a single-use outfit keeps the event-specific addition lower.

Australian visitors may recognise the practical trade-offs from local festivals such as Splendour-era camping events, Rainbow Serpent or a summer gig at Melbourne’s Sidney Myer Music Bowl. Food trucks, long queues and cold drinks are part of the social experience, yet a filling vegetarian meal and a reusable bottle can be ordinary choices rather than acts of austerity. In Berlin, tap water is generally drinkable, and carrying a refillable bottle can reduce bottled-water packaging where venue rules allow it.

A realistic per-attendee balance

For an attendee flying return from Sydney or Melbourne, a broad breakdown could look like this: 1,800–3,000 kilograms of CO2e for aviation, 15–75 kilograms for three nights of accommodation, 2–10 kilograms for local transport, 1–10 kilograms for venue energy, and 5–20 kilograms for food, drinks and incidental purchases. The combined estimate is therefore approximately 1.8 to 3.1 tonnes, with the flight overwhelmingly dominant.

A visitor travelling from within Europe would have a radically different result. A long-distance train from Paris, Amsterdam or Prague might add tens of kilograms rather than thousands, while a short European flight could still be significant but would remain far below the Australian journey. This is why “carbon-neutral festival” and “low-carbon attendee journey” are separate claims that should not be merged.

Offsets and climate contributions also require precision. Paying for a project may balance a reported quantity under a chosen framework, but it does not reduce the physical fuel burned by the aircraft. Better accounting distinguishes reduction, contribution and compensation, and reports the assumptions openly. For Pallas, a transparent event boundary could cover venue electricity, production, staff travel, freight, catering and waste, while the attendee calculates their own door-to-door journey.

The most effective reduction for an Australian visitor is therefore structural: avoid an extra flight, combine the festival with a longer European itinerary, fly economy, use rail and public transport once in Germany, share accommodation and choose lower-impact food. If the trip is already happening, allocating its emissions honestly prevents the festival from appearing responsible for the entire holiday while still revealing where the largest impact sits.

A single night at E-Werk can be low-impact in its local details and still attached to a very large international footprint. The practical takeaway is simple: count the return flight first, then accommodation, Berlin transport, venue energy and consumption, using the same boundary and assumptions throughout.