This electric car charging tower can power up a fleet of EVs at the same time

April 17, 2017 by  
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One of the biggest hassles of owning an electric car is finding a charger when you’re on the go. Looking to address this issue on an urban scale, Ennead Lab just unveiled an EV charging tower that can simultaneously store and power up a fleet of electric cars at the same time. The project, which is slated for a new urban development in Shanghai, takes the form of a stacked parking garage with transparent walls and a supercharger on the ground floor for drivers in a hurry. Ennead Lab’s tower seeks to provide a simple solution for electric car drivers who need to recharge away from home. The Car Charging Tower provides EV owners with two options: a super charge (which typically takes 25 minutes), or a place to park and charge while they go out and enjoy the city around them. Related: Quebec may require EV charging stations for all homes The charging tower would accommodate multiple sized cars and use a standard charging system to maximize the number of cars being charged simultaneously while parked. For those in a hurry, various super charger stations would be located on the ground floor underneath a lightweight canopy. The tower itself would be clad in a reflective perforated metal – a feature that pays homage to the “chrome-filled aesthetic history of the automobile.” + Ennead Lab Images via Ennead Lab

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This electric car charging tower can power up a fleet of EVs at the same time

Solar-powered drone Skystation sits atop Trump World Tower in New York

April 17, 2017 by  
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Kayak architects  wants to change the way we get around urban environments, so they’ve envisioned an innovative way to integrate air transport with existing urban environments. The project would turn skyscraper rooftops into solar-powered drone stations called Skystations. To illustrate how it would work, the designers put a drone skystation on Trump World Tower in New York City. The Skystation project aims to convert skyscraper rooftops into air transport hubs with a low ecological footprint . This futuristic transportation network should reduce pollution by eliminating rush-hour traffic and decreasing number of land vehicles, enabling us to turn unused roads into walkable, green spaces. Related: Dubai plans to launch autonomous flying drone taxis by mid-2017 Drone robots programmed or operated by humans would build these lightweight structures out of prefabricated and 3d-printed elements, using materials and components produced by local companies. A layer of sprayed Perovskite Solar Cells covers the outer shell, providing clean energy for the entire station. Related: Titan Aerospace Developing World’s First Solar-Powered Atmospheric Satellite Drones Arched roofs are meant to allow easier and more convenient landing for drones, simultaneously creating distinct architecture that dominates the city skyline. An existing art gallery, located underneath the drone platform, is transformed and integrated with the new lobby to give users the opportunity to experience art while waiting for the transport. This space can also function as a restaurant, entertainment area or lounge. Kayak Architects designed the project as a proposal for the Lafarge Holcim Competition. + kayak architects Images by ELEMENT

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Solar-powered drone Skystation sits atop Trump World Tower in New York

Swinging robot inspired by sloths could help future farmers

April 17, 2017 by  
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Over 7 billion people live on Earth, which means feeding our growing population will require us to produce food more efficiently than we are now. Could Robots could help us ramp up food production? Georgia Institute of Technology (Georgia Tech) scientists believe so. They designed Tarzan, a robot inspired by swinging sloths, that could help future farmers more effectively monitor their crops . Take a look at the video below to see Tarzan in action. Tarzan is a two-armed robot that would hang suspended above a field on a wire, and move back and forth by swinging – like the mammal infamous for being lazy. But robot Tarzan is anything but lazy; it could snap images of plants and send them back to the farmer so either a human or an algorithm could analyze crop growth. Georgia Tech mechanical engineering assistant professor Jonathan Rogers said in a video, “What that’s going to allow people to do is essentially have an automated way to analyze how their crops are doing and what their crops need in real time, and maybe even providing that to their crops without them having to go walk the field themselves.” Related: World’s first robot-run farm to churn out 11 million heads of lettuce per year Georgia Tech researchers will take Tarzan to the field this summer at a four acre test field growing soybeans near Athens, Georgia . Plant geneticists from the University of Georgia used to have to walk the fields taking notes on crop growth there in the hot July sun, but Tarzan could help them analyze the crops more efficiently. According to the university, “With Georgia Tech robots dangling over the field, UGA researchers will be able to get more frequent measurements and to avoid some laborious field work. Someday, they may be able to stay at their laptops miles away, in the air conditioning, scanning a steady stream of images and data sent back from the robots.” As sloths are energy efficient , the team is working on making their robot sloth energy efficient and envision it powered by the sun one day. Via Georgia Tech and Wired Images via Georgia Tech and Eric Kilby on Flickr

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Swinging robot inspired by sloths could help future farmers

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