Tesla aims to ramp up Solar Roof production in Buffalo next year

November 3, 2017 by  
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Tesla’s Solar Roof could be seen on more homes as the company plans to increase production in 2018. They said in a letter to shareholders they’ll be moving production from their Fremont, California factory to the Gigafactory 2 in Buffalo , New York. According to Inverse , Elon Musk provided for the first time a concrete timeframe for ramping up production, during a recent conference call, to allow for more customer installations. Tesla plans to start manufacturing more Solar Roofs soon. In a Wednesday conference call, chief technology officer JB Straubel said they are “on track to turn on most of the production line in Buffalo by the end of the year.” In the shareholder letter, Musk and chief financial officer Deepak Ahuja said as they move production to Buffalo, energy generation with the Solar Roofs will become a larger part of Tesla’s business in 2018. Related: A Tesla solar roof rotates to naturally cool this desert home in Iran Tesla has deployed less solar capacity in the third quarter than one year ago: 109 megawatts (MW) as opposed to 187 MW. In the letter, Musk and Ahuja said, “The lower developments are in large part a result of deliberately deemphasizing commercial and industrial solar energy projects with low profit and limited cash generation.” As they make the move from Fremont to Buffalo, they said in the letter Solar Roof installations will increase slowly at first, but “as we fine tune and standardize the production and installation process, we expect to ramp Solar Roof production considerably in 2018.” Musk and Ahuja affirmed Musk’s vision for pursuing renewable energy – over ten years ago, Musk said in his first master plan Tesla aimed to provide “ zero emission electric power generation options.” In this recent letter the two executives said sustainable energy – and storing it – are crucial components of the company’s mission “and will drive long-term revenue growth and profits.” Via The Buffalo News and Inverse Images via Tesla

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Can Elon Musk singlehandedly destroy the utility industry?

October 27, 2017 by  
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The Tesla CEO doesn’t have to bring power to Puerto Rico to spark revolutionary thinking.

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Can Elon Musk singlehandedly destroy the utility industry?

Can Elon Musk singlehandedly destroy the utility industry?

October 27, 2017 by  
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The Tesla CEO doesn’t have to bring power to Puerto Rico to spark revolutionary thinking.

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Can Elon Musk singlehandedly destroy the utility industry?

Can Elon Musk singlehandedly destroy the utility industry?

October 27, 2017 by  
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The Tesla CEO doesn’t have to bring power to Puerto Rico to spark revolutionary thinking.

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Can Elon Musk singlehandedly destroy the utility industry?

Tesla-powered trolley spotted charging in Minnesota

October 26, 2017 by  
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Tesla vehicles are the only ones that can charge via a Supercharger , at least at this time. So the sight of what looked like a custom-built orange electric bus charging up at the Oakdale Supercharger station in Minnesota raised a few eyebrows. A battery monitor seemed to show the electric bus actually charging up. Tesla reportedly has talked with other carmakers about utilizing their charging network, but as of this point non-Teslas can’t partake of electricity at Supercharger stations. So the sight of an orange bus charging naturally drew interest. The bus had a Tesla logo on the front, and was equipped with a battery monitor that showed the vehicle drawing power from the Supercharger. Related: Tesla announces plan for world domination: includes trucks, buses, and solar power Electrek said the bus could be equipped with a Tesla powertrain. Internet user Ingineer commented on the Electrek article, saying they did electronics and integration for the bus. Ingineer said the bus is a 1968 Westcoaster “originally built as an EV, but with a 15 mph top speed and lead-acid batteries.” They said now the bus is equipped with a “Tesla pack and drive unit, and a 15,000BTU heat pump.” They said the bus belongs to Minneapolis craft brewery tour company Hoppy Trolley , which shared a picture of the orange bus on their Twitter and Facebook accounts a couple days ago, with the caption, “Teslafied trolley supercharged!” Ingineer said in a comment the orange bus won’t typically utilize Superchargers, and the pictures captured a test. In another comment, they said, “The drive mechanical was done by Concept Motorsports in Grass Valley, California. Tesla component installation, electrical, and software was done in at Ingineerix in Berkeley, California. The final mechanical and Tesla pack installation are being finished by PZ Global Auto in Lino Lakes.” They said the plan was for a large rooftop solar array to generate electricity to help power the trolley. Via Electrek Images via Hoppy Trolley on Twitter and screenshot

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Tesla-powered trolley spotted charging in Minnesota

Dunkirk, France offers free public transit to all

October 26, 2017 by  
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The small coastal city of Dunkirk in northern France is perhaps most famous, at the moment, for its portrayal in Christopher Nolan’s eponymous 2017 film, but it also deserves special attention for its decision to offer free public transit to all. In a move designed to reinforce economic fairness and establish Dunkirk as a sustainable, low-carbon community, Mayor Patrice Vergriete established the city’s inclusive transit policy, which will expand free public transit service to seven days a week starting in September 2018. The policy change, paid for with money that was originally allocated for the construction of a sports stadium, has been successful in increasing and diversifying ridership and could prove to be a powerful model for other cities looking to improve their quality of life and decrease their carbon footprint. When Vergriete first ran for mayor in 2014, he articulated his vision of a diverse, inclusive city that welcomes young people and families, supports the mobility of the elderly, and empowers people with limited economic means , according to CityLab . “I wanted to give back purchasing power to the families,” explained Vergriete on his initial motive. After launching free weekend services, ridership soared, up 30 percent on Saturday and 80 percent on Sunday. When free public transit is fully expanding to an all-week schedule, Dunkirk will be the largest city in France, though not the first, to offer this service. Related: Singapore is banning all new private vehicles from its roads Although the public transit services in Dunkirk may be free to riders, it is not a free ride for the local government, which must fund the service . Vergriete has observed that some are skeptical of the city’s ability to deliver these services without burdening taxpayers. “They think it’s like magic,” said Vergriete. “They think it’s not possible, that you are a liar. You cannot pay the salaries of the drivers, for the buses, with free transport.” In fact, only 10 percent of the public transit’s funding in Dunkirk was paid for with fares, a model that is similarly used in cities around the world , writes CityLab. Since rider fares are already such a small slice of the pie, “mayors should think about making it free,” said Vergriete. “It’s really a choice that we are making to charge.” In addition to support from the regional government’s general budget, the free transit service is primarily funded by a special transit tax on businesses, which was originally raised by Vergriete’s predecessor to pay for an expansion to a local sports arena. “It is a question of political priority ,” said Vergriete, whose administration chose to use that money set aside for a stadium to fund inclusive public transit instead. Via CityLab Images via  Vincent Desjardins/Flickr , Marco Chiesa/Flickr and Depositphotos

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Tesla opens massive Supercharger station in Shanghai

October 23, 2017 by  
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Tesla aims to have more than 10,000 Superchargers available for electric vehicle charging this year, and the opening of the world’s biggest Supercharger station propelled them closer to that goal. The large station boasts 50 Superchargers, reports Teslarati and Electrek , and is located at the Lilacs International Commercial Center in Shanghai . Tesla Model S owner Jason Man confirmed to both publications the Supercharger station is completed, and he charged his car there. The world’s largest Supercharger station is in Shanghai’s Pudong district, inside an underground parking garage. Teslarati pointed out Tesla’s map of Supercharger stations in China already lists the new station as open, 24 hours every day, and confirms it has 50 Superchargers. There are other Supercharger stations in the area, but most have between four and 10 chargers, according to Teslarati. Related: Germany unveils plans for the world’s largest EV charging station Electrek said the station would have to be incredibly powerful to charge 50 vehicles at once, and could have a peak power output of more than three megawatts. It’s the company’s 17th station in Shanghai, and they reportedly plan to install 1,000 Superchargers in China by 2017’s end. With the launch of the new station, Tesla now has 1,032 Supercharger stations around the world with more than 7,300 Superchargers, according to Electrek. It appears Tesla is building up their market in China; they’ve reportedly come to an agreement with Shanghai’s municipal government to build a factory in the country. And this 50-Supercharger station seems to have come online relatively rapidly, Electrek pointed out, which doesn’t always happen. Tesla will also equip vehicles headed for China with a dual charging port design for the Model X and Model S to support the Chinese government’s GB charging standard . Man shared pictures of the massive Shanghai Supercharger station; you can check them out here or here . Via Electrek and Teslarati Images via Tesla/Sixth Tone on Twitter

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The isolated Pacific graveyard where spaceships go to die

October 23, 2017 by  
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In one of the most remote corners of the Earth below the Pacific Ocean lies the remains of spaceships. This extremely isolated location, about 2,250 km (about 1,400 miles) from land, goes by several names, including Point Nemo (Latin for “no one) and the Oceanic Pole of Inaccessibility. Still, it’s hard to beat “Spaceship Graveyard,” for the location has served as the final resting place at which NASA has landed many ships over the years. “It’s a great place you can put things down without hitting anything,” said Bill Ailor, an aerospace engineer and atmospheric reentry specialist. In an appropriate twist, residents of the International Space Station actually live closer to Point Nemo, at least when the ISS is traveling 360 km (224 miles) overhead, than any other group of people. Between 1971 and 2016, NASA and other global space organizations have crashed at least 260 spacecraft in the vicinity of Point Nemo, with nearly half of those having arrived after 2015. These crashed crafts include the Soviet-era MIR space station, more than 140 Russian resupply vehicles, several of the European Space Agency’s cargo ships, and a SpaceX rocket, a more recent arrival. Because the land-free area near Point Nemo encompasses more than 17 million square km (about 10.5 million square miles), individual spacecrafts, many of which many have broken apart in returning to the atmosphere , are difficult to track down. Related: New NASA discovery hints at water elsewhere in the solar system In order for a new craft to be added to the graveyard, NASA or other space agencies have to time its atmospheric re-entry to facilitate a precise landing. Smaller satellites generally do not make it to a final resting place, often burning up before they even reach the water . For larger craft and satellites, it is an important safety concern that they reach a proper crash landing site in a controlled manner. Otherwise, the crashing craft could pose a serious danger to the public. For example, Tiangong-1, the first Chinese space station, is now unmoored in space, and will eventually crash to Earth. However, because the Chinese lost control of their station, they cannot predict where it will land sometime in 2018. Hopefully, it will fall somewhere as isolated as Point Nemo. Via Business Insider Images via Google Earth/Business Insider and NASA (1)

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Tesla earns contract for world’s first solar, wind and storage project

October 20, 2017 by  
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Tesla has won its first contract with Vestas, the world’s largest wind turbine maker, to supply its Powerpack batteries for a project that combines solar power , wind power, and Tesla’s storage technology — the first of its kind in the world. The $160 million project is being managed by Windlab at the Kennedy Energy Park hybrid renewable energy site in North Queensland, Australia. Windlab recently announced that it has been granted funding by the Clean Energy Finance Corporation and the Australian Renewable Energy Agency and it has chosen Tesla, Vestas, and Quanta as its partners. The Tesla/Vestas project at Kennedy Energy Park will consist of 12 Vestas wind turbines , each with a height of 132 meters (433 feet), the tallest in Australia. Tesla’s battery storage technology is particularly helpful in places like Queensland, which boasts strong winds but only during certain times of the day. Tesla’s Powerpacks will allow the wind energy captured during the afternoon to be used throughout the day and night as needed. The project is expected to be completed in about a year and will be fully operational by the end of next year. When completed, the project is estimated to create 100 local jobs and will provide power for 35,000 Australian households. Related: Tesla is shipping hundreds of Powerwall battery systems to Puerto Rico “We believe Kennedy Energy Park will demonstrate how effectively wind, solar and storage can be combined to provide low cost, reliable and clean energy for Australia’s future,” said Roger Price, Executive Chairman and CEO of Windlab. “The broader adoption of projects like Kennedy can…ensure that Australia can more than meet its Paris Commitments while putting downward pressure on energy prices.” This most recent Powerpack news follows efforts by Tesla to bring its battery storage and micro-grid technology to the recovery efforts in Puerto Rico and elsewhere in Australia, in what is expected to be the world’s largest battery installation. Via Electrek Images via Tesla and Depositphotos

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13 innovative, thought-provoking designs that broke new ground at the London Design Festival

October 20, 2017 by  
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Design weeks around the world tend to be dominated by refined furnishings , sleek products , and glitzy lighting – but some of the most interesting works are those that challenge our assumptions about what design is – and what it can be. Independent designers and aspiring students are the masters of this realm, as they’re not afraid to push the envelope and experiment with wild ideas, new materials and novel techniques. Read on for 13 of the most innovative, though-provoking designs we spotted at this year’s London Design Festival . Flywheel by Carlo Lorenzetti Designer Carlo Lorenzetti thinks that we are losing touch with the significance of energy in our daily lives – so he’s created a massive earthenware Flywheel that makes you work for your electricity. The monolithic USB charger generates power as you spin the wheel, but it’ll takes hours and hours to fully charge a cellphone. As above, so below by Kirstie van Noot and Xandra van der Eijk Did you know that 37,000 to 78,000 tons of stardust falls on the earth’s surface every year? Dutch designers Kirstie van Noot and Xandra van der Eijk have set out to harvest this rare material – by collecting it from the rooftops of houses in the Netherlands. Their project As above, so below showcases the micrometeorites they have found, and suggests ways that these precious materials can be used. Trashpresso by Pentatonic Trashpresso is the world’s first mobile, solar-powered recycling plant. Designed by Pentatonic , the micro factory transforms plastic bottles into architectural tiles right before your eyes. 0.6 Chair by Joachim Froment What’s the absolute minimum amount of material needed to create a chair? That’s what Joachim Froment sought to find out – and his answer is the 0.6 Chair. Froment developed an innovative production process to create a sturdy, super lightweight seat made from just 0.6 cm of wood veneer and carbon fiber. Plasma Rock by Inge Sluijs Some say that the world has entered a new geological period called the Anthropocene , which is marked by human influence on the environment. This idea inspired Inge Sluijs to harvest detritus from landfills and transform it into Plasma Rock – a new material made from 100% recycled waste. Bottles Collection by Klaas Kuiken Klaas Kuiken gives fantastic new forms to common green bottles by wrapping them with wire, heating them in an oven, and blowing air into them with a compressor. The results are surprising, sculptural vases that bear little resemblance to their previous form. Living Surface Carpet by Lizan Freijsen Most people want to avoid stains and mildew in their homes – but Lizan Freijsen revels in these signs of decay. The Dutch designer has created an incredible collection of soft, woolen rugs that celebrate the rich colors found in mosses, lichens, and other living natural phenomena. Nose to Tail Table by Nanna Kiil This “Nose to Tail” table appears to have a typical terrazzo surface – but a closer look reveals that it’s actually made of by-products from the livestock industry. Designer Nanna Kiil sought to discover whether consumers can stomach a salami-esque table that incorporates pig parts that would otherwise be discarded. It’s a challenging, provocative piece that serves up the stark realities of our industrial food system. Splatware by Granby Workshop Ceramic tableware is usually turned on a wheel – but Granby Workshop has found away to make amazing plates and mugs by using a hydraulic press to squish colorful mounds of clay! Their experimental SPLATWARE combines industrial techniques with handcrafted elements for spontaneous, creative results. LOKAL by Space10 What will the farm of the future look like? Future living lab Space10 set up a vertical hydroponic farm in the middle of London and invited passersby to try tasty food grown on-site. Over the course of six days their LOKAL pop-up served 2,000 salads made with microgreens and protein-rich spirulina microalgae. On Reflection by Lee Broom Lee Broom ‘s London Design Festival installation boggles the mind. The mirror in this room is not what it seems – walk in front of it, and you won’t see your reflection. The trick? It’s actually a window to an identical room! Fish Skin Textiles by Helene Christina Pedersen Fish skin is an overlooked waste product of the fishing industry. Helene Christina Pedersen has found a way to transform this material into a durable textile that can be applied to a wide range of furnishings. Plastic Primitive by James Shaw James Shaw has developed a technique for shaping recycled plastic into fantastical forms using a custom made extruder gun. For this year’s London Design Festival shaw erected a series of colorful planters and stools at the Ace Hotel. + London Design Festival Coverage on Inhabitat

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