For most people, Tesla is an electric car manufacturer, but Tesla says its vision for the future is a sustainable, more economical, and better future. Tesla has always envisioned a “sustainable lifestyleâ€. With the launch of solar roofs, new generation energy walls and other products, Tesla can be seen to be one step closer to “sustainable lifestyleâ€.
The delivery of electric vehicles has not reached the targetAt the end of March last year, Tesla officially released the entry-level model 3, which is priced at only 35,000 US dollars (about 226,000 yuan), and will be delivered at the end of 2017. In mid-April last year, Diaz O'Connell, vice president of commercial development at Tesla, revealed at the AVEREE-Mobility conference that Model 3 was booked at nearly 400,000 units. On January 3 this year, Tesla's 2016 business summary report released on its official website showed that Tesla delivered 76,230 vehicles of various types, and the goal set by Tesla was delivered throughout the year. 80,000 cars. Tesla said that orders in the fourth quarter of last year hit record highs, but the company's new car production speed is still not enough to offset the delay in delivery of new hardware for the Autopilot semi-automatic driving function at the end of October.
Autopilot is essentially a driver assistance system, not an unmanned system, which has caused Tesla to fall into the paradox of public opinion. On May 7 last year, a Model S owner in Florida and a trailer were killed after a trailer. Subsequently, in Montana and Pennsylvania, two reports of accidents involving the Model X after the Autopilot function were reported were reported. Fortunately, no casualties were caused. In addition to the US Road Traffic Safety Administration, the US Securities and Exchange Commission also launched an investigation into Tesla. On October 20 last year, Musk announced in a telephone conference that all new Tesla vehicles will be equipped with the "automatic driving function" hardware system - Autopilot 2.0. Tesla's new autopilot system, Autopilot 2.0, announced its push to the owner on the last day of 2016. According to reports, as of the end of 2016, Tesla equipped with Autopilot hardware vehicles, driving a total of more than 2 billion kilometers, of which more than 300 million kilometers were completed in the Autopilot enabled state, which is far more than the Google unmanned car Road test mileage of 3.22 million kilometers.
Push the "solar plan"Compared to electric vehicles, the “Solar Plan†is more like a beautiful painting by Tesla in 2016. Musk had hoped that the future green families would use solar energy and use battery storage to supply electricity. One of his goals is to create “a solar roof with a beautiful appearance and a battery, like a privately designed power plant, to promote it around the world.â€
On October 28, 2016, Tesla released two solar products in Los Angeles, including the Solarroof and the second generation of Powerwall 2.0.
The solar roof is made of glass tiles and is embedded with solar cells inside. It looks more beautiful and more durable than ordinary tiles. Tesla currently offers four different solar roof styles, including Tuscan Glass TIle, Slate Glass TIle, and Textured Glass TIle. Smooth Glass TIle can meet different decoration styles. Tesla believes that solar roofs have the ability to collect solar energy and generate electricity, replacing traditional tiled roofs.
Tesla's second-generation home energy wall Powerwall 2.0 is more efficient and smaller than the first generation. According to reports, the second generation of household energy walls can store up to 14 kWh of electricity, twice as much as the first generation. At the same time, the volume of new generation products is also reduced by 40%, and up to 9 Powerwall 2.0 energy storage devices can be installed in each house. The new generation is priced at $5,500, which is $2,000 more than the first generation and is likely to be officially launched this summer.
Tesla has always been accelerating the transformation of the world into sustainable energy. Achieving this goal requires producing energy in a sustainable manner, then storing sustainable energy for future use, and transporting sustainable energy. To achieve results, technologies that are used to produce, store, and transport energy need to be integrated to seamlessly integrate the entire process.
At the launch of Powerwall 2.0 and the Solar Roof Launch Ceremony, Tesla shared its vision of how to achieve this sustainable energy future. This vision consists of three parts. The first is a roof that produces sustainable energy, is more aesthetically pleasing than a normal roof, and can be easily customized to suit the unique needs of each house, in addition to reducing consumer spending. This is followed by the Powerwall 2.0 energy storage system, which absorbs energy from any source (whether it's a solar roof, other solar systems, or a power grid) and is used at the most critical time, such as during the night, during a power outage, or at the customer's location. Use it when making money. Third, sustainable energy needs to be applied to transportation, which is the significance of electric vehicles.
With these products, customers will have a complete ecosystem of sustainable energy, including many products, where the meaning of the product goes far beyond sustainability itself. But some people will question whether Tesla can finally turn consumers into the realm of solar energy.
Vigorously develop energy storageTesla hopes to use solar power and energy storage batteries to help solve climate change problems. When these independent solutions are combined, they seem to play a more powerful role.
In November last year, Tesla completed a $2.6 billion plan to acquire Solar City. Musk then announced on the SolarCity website that the company deployed solar panels and Tesla energy storage batteries on Ta'u Island in the American Samoa Islands. This 100% clean energy can be an island. The upper residents provide all the electricity needed for life. Solar City deployed a 1.4-megawatt solar-powered "micro-smart grid" on Tawu, including 5,328 Solar City solar panels and 60 Tesla Powerpacks to store power. According to reports, this microgrid can store the electricity needed for 600 households on the island of Tawu in the absence of sunlight for three consecutive days. Some analysts believe that the project has inspired some other regions to cope with global warming.
Foreign companies are very optimistic about Tesla's future development prospects. On December 27 last year, Matsushita officially announced that it will build photovoltaic plants with Tesla in Buffalo, New York, to build solar panels for residential use. Core and module. When solar roofs begin mass production, Tesla will also apply Panasonic's batteries to a variety of solar glass roof products that Tesla will soon produce. All of these solar products work seamlessly with energy storage products such as Tesla's Powerwall and Powerpack. The first PV modules will begin mass production in the summer of 2017, and the module production will climb to 1 MW by 2019. With Tesla and Panasonic launching production, Buffalo will continue to expand Tesla's US manufacturing base and provide thousands of new jobs in the next few years.
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