In Brief A company in Israel, in conjunction with the Israeli government, has shown that it is possible to charge a bus using technology embedded in the street. So, how does this technology work and how could it contribute to a greener world? What are the Developments? <\/p>\n
A recent collaboration between the Israelian government and ElectRoad, a company focused on enabling thelarge-scale use of all-electric buses, to develop technology that allows buses to charge while driving has recently passed its first round of testing. This has won the company $120,000 in investmentand the chance to test the technology in 2018 on a 1\/2 mile route in Tel Aviv. If this testing goes well, an 11-mile path will be implemented between the city of Eilat and the Ramon International Airport. But more importantly, the success of this testing could signal the feasibility of the technology in other countries. <\/p>\n
The technology works using electromagnets. Inverters are installed along the side of the road to provide power to plates of copper embedded in the road, and when these interact with similar copper plates under the bus, the fields interact and power is produced. In addition to this mechanism, the bus will be equipped with a small battery that will provide it with power when it is not above the electromagnetic strip, and allow it to accelerate, which requires a greater force. To learn more, watch the video below: <\/p>\n
While this technology is promising, there are still significant hurdles that need to be overcome. The first is the issue of implementation. ElectRoad claims that they can equip one kilometer of road in a single evening, but this is yet to be tested in a city context. <\/p>\n
The second problem is that this solution may have come too late because of more recent advances in battery technology. Over the last few years, the cost per kilowatt hour of a lithium battery has decreased from 1000 dollars to 200-300 dollars. Dustin Grace, Director of the battery company Proterra, has stated that What these auto manufacturers are finding when theyre getting into the $100-to-$200-per-kilowatt-hour range is these vehicles are really on parity with other vehicles. Therefore, if we just look at these numbers, there is no pressing need to work on rechargeable solutions. <\/p>\n
The biggest advantage of this form of powering buses is sustainability. The Buses will not use polluting fossil fuels that simultaneously rob the planet of natural resources and damage caused by pollution. If the technology could be extendedand applied in cars and other types of vehicles, this could be a feasible solution to the problem of cars and trucks accounting for 20% of U.S emissions. <\/p>\n
This technology could also contribute to a greener world in a more subtle way: by producing power. This idea has not yet been integrated into the design, but Oren Ezer, chief executive and co-founder of ElectRoad, claims that the system could be usedtwo-ways, meaning that the buses would feed electricity produced by braking back into the grid. <\/p>\n
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Read this article: In Brief A company in Israel, in conjunction with the Israeli government, has shown that it is possible to charge a bus using technology embedded in the street. So, how does this technology work and how could it contribute to a greener world? What are the Developments Continue reading
\nScientists Have Officially Started Testing Wireless Charging Roads for Electric Vehicles - Futurism<\/a><\/p>\n","protected":false},"excerpt":{"rendered":"