What is the Future of the Gas Station?

For decades, the gas station has been a staple of both urban and rural landscapes. As the 20th century saw the democratization of automobiles, the gas station became arguably one of the most generic, universal architectural typologies. Today in the USA alone, there are 130,000 gas stations serving 268 million cars. However, as populations move to condensed, urban areas with ever-improving public transit systems, and as the internal combustion engine evolves into electric alternatives, it is time to either redesign or retire the gas station.

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Fuel Station + McDonalds / Khmaladze Architects. Image © Giorgi Khmaladze

The gas station typology is already in decline. In 2016, there were an estimated 116,000 gas stations in operation across Europe. By the end of 2017, this had fallen to 77,000. In the UK alone, the number of gas stations has fallen by 80% since 1970, despite the usage of petrol and diesel rising by 75%. A July 2019 study by the BCG concluded that “up to 80% of the fuel-retail network as currently constituted may be unprofitable in about 15 years.” There are several reasons for this.

United Petroleum / Peddle Thorp Architects. Image © Jaime Diaz-Berrio

On one hand, the ongoing global population shift from rural to urban areas has seen citizens swapping private transport with ever-evolving public alternatives. In late 2018, for example, Luxembourg became the first country to offer free public transport to all citizens, while only weeks later, Paris made their public transport free for all children under 11, among other radical concessions. As cities adopt progressive policies towards public transport and invest in new systems such as recent examples in Sydney and Gothenburg, the decline of the gas station will continue to accelerate.

Hangzhou Inventronics Electric Vehicle Charging Station / GLA. Image © shiromio studio

Meanwhile, even the private transport industry is driving the gas station into irrelevance. In 2018, the global electric car fleet surpassed the 5 million mark, a staggering increase of 2 million from 2017. While the electric car as it exists today still relies on a public network of electric charging points, many located at gas stations, the current 200-300 mile range of cars such as Tesla are only set to rise. As Elon Musk demonstrated with his Solar City venture, a future scenario where electric cars drive by day, and charge at home by night, will all but eliminate the need for roadside gas stations.

Solar Car Port: Renewable Energy to Charge Your E-Car. Image © MDT-Tex

The technological revolution that is leading to long-range electric vehicles may also radically reduce the demand for private vehicles. In 2014, the MIT Senseable City Lab conducted the HubCab experiment, where 150 million taxi journeys across New York City were mapped to identify commuter patterns, with the goal of developing an efficient car share system. The Lab estimated that improved transport-sharing technology could potentially reduce the number of car journeys by 40%, thus cutting congestion and emissions, and saving people time and money.

HubCab. Image © MIT Senseable City Lab

If cities embraced the concept of shared mobility, four out of every five private vehicles could be taken off city streets, leading to faster journey times, less noise and cleaner air. Given that the average city car is idle for 95%-99% of the day, new sites once occupied by car parks would become available for development. With the success of car-sharing companies such as ZipCar and DriveNow, the supply/demand ratio for car ownership will render gas stations further unprofitable.

First Prize: Nu Oil / Felix Yang and Thomas Noussis. Image Courtesy of Combo Competitions

ArchDaily’s own metrics reflect the paradigm shift towards public, or green transport initiatives. In our annual report on trends that will influence architecture in 2019, we noted a substantial growth in reader interest towards Public Transport (+206% YoY) and Mobility (+143% YoY) over those related to private means of transport. Even for private transport, the main points of interest were self-driving cars (+160% YoY) and electric cars (+177% YoY). Architects, along with the wider world, are leaving the traditional gas station typology in the rear-view mirror.

Second Prize: Modular Filling Station / Mattias Dahlberg, Robin Krasse and Karl Lagerqvist. Image Courtesy of Combo Competitions

So is there are a future for the gas station? The question has been put to architects several times as of late. In 2015, Combo Competitions ran a competition titled “Rethink Refueling”, asking participants to reimagine the ubiquitous filling station that could be easily recognized regardless of its location, while maintaining visibility. Four years later, GoArchitect has followed suit, with their current design competition titled “Gas Station of the Future” calling for ideas to be submitted by December 1st 2019.

GRIDSERVE plans 100 futuristic charging stations in the UK. Image © GRIDSERVE / ARUP

One tangible evolution of the gas station is offered by sustainable energy company GRIDSERVE. The British company is investing £1 billion in 100 stations across the United Kingdom that will take the petrol station typology and apply it to the age of electric vehicles. Designed in collaboration with ARUP, the stations will aim to charge electric vehicles in 30 minutes while offering coffee shops, supermarkets, airport-style lounges with high-speed internet, and education hubs for the exploration of electric vehicle solutions.

Electric Vehicle Charging Station Winning Proposal: Plug + Play / Arcollab. Image © HMMY

Leaders from all sides of the energy world are also pondering how gas stations will either evolve, devolve, or disappear in the coming years. The CEO of Chargepoint, the world’s largest charging company, predicts that the rise of electric cars will lead to the “deforestation” of inner-city filling stations as drivers charge their vehicles from home or work. In a story carried by the Financial Times in February 2018, Pat Romano said that “we’re not going to need as many of them because the ‘around town’ need to fill up will be much lower.” Meanwhile, oil companies such as Shell and BP have committed to installing electric vehicle charging points at their retail sites, with Shell purchasing the electric charging group NewMotion and BP investing $5 million in FreeWire. Last year, Elon Musk also floated the idea of building retro drive-in restaurants cinemas at Tesla charge points.

COBE and CLEVER Team Up to Design New Electric Car Charging Stations. Image © COBE

Fundamentally, the question of the future of the gas station presents an interesting paradigm for architects. These typologies, with consistent plot sizes, infrastructures, aesthetics, and strategically located across hyper-urban and hypo-rural landscapes, offer endless possibilities. They could continue to be used and evolved for the changing nature of the transport sector, embracing commerce and the user experience in the same way the Duty-Free concourse was embraced by airports. They may also be repurposed for other industries with global, ubiquitous characteristics in a digital age, from drone delivery ports to modular data farms. Or perhaps, the gas station will become another “ruin of modernity;” ubiquitous relics to the uneasy relationship between urbanism and automobiles.

Ennead imagine future high rise gas stations. Image © Ennead Architects/Ennead Lab

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Cite: Niall Patrick Walsh. "What is the Future of the Gas Station?" 14 Oct 2019. ArchDaily. Accessed . <https://www.archdaily.com/926414/what-is-the-future-of-the-gas-station> ISSN 0719-8884

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