The world's largest solar-powered aircraft
developed by the Swiss explorer solar driven "May 1 will start a flight
plan across the continental United
States . "Solar-driven" is the
world's largest solar-powered aircraft, and flying across the continental United States ,
will also be one of the most long-distance flying aircraft since 2009 flight
test conducted.
"Solar-driven" No. builders and
Picard said, the The solar panels china aircraft have been technically able to do uninterrupted
across the continental United States, but for security reasons, they plan
divided into five sections away to complete this cross cross-flight of the
continental United States. The aircraft will take off on May 1 and plans to
stay in Phoenix , Dallas ,
Washington , arrived in New York in early July. The per station
plans to use the 10 days, during which various exhibition will be held, the
purpose is to stimulate students' interest and the spirit of innovation.
Sun drive the number of weight equivalent
to a family sedan, and a wingspan of 63.4 meters, quite a large Boeing
aircraft. In 2011, this aircraft was the first international flight, followed
by an interstate flight. Borschberg and Piccard said they plan to fly around
the world in 2015.
March 29, by Eoplly New Energy Technology
Co., Ltd. and a number of large state-owned enterprises, joint R & D
investment of 150 megawatts of solar power inverter photovoltaic power plant project was
formally signed in MSC
County , and held the main
project groundbreaking ceremony. PV power plant projects a total investment of
120 billion yuan, Jiangsu
Province , the largest
investment in power generation the largest solar photovoltaic power plant
project.
Through the approval of the 55-megawatt
project of the old dam Port of Binhai New Area , a Hong-Yu, Jian-Hai project
officially started the same day; Nantong Sutong Science and Technology Industrial Park ,
a 15-megawatt project was started in the beginning of the year; the Ningxia
Dawukou 10 MW The project will start in early April. Eoplly achieve the
transformation from the manufacture of photovoltaic products to the
construction of photovoltaic power plants.
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