After a first five-year program, the authorities intend to develop an offshore wind farm off the northeastern coast with the capacity of about 1,000 Megawatts, by the year 2020.
Japan will join the race to develop floating wind turbines to use in deepwater off its tsunami-stricken northern Pacific coast as it rethinks energy sources after the Fukushima nuclear disaster. It aims to outpace the leaders in the sector in Europe, trade ministry official Masanori Sato.
"In order to take lead in offshore wind power, we want domestic studies and developments to take place and manufacturers to boost capabilities," said Sato. "From the viewpoint of supporting reconstruction and promoting wind energy, we believe it is good to pursue research and development for offshore wind farm plants," he said.
In the next five years, Japan plans to spend 10 to 20 billion yen to install six or more floating wind turbines off the northeast coast. It will work with firms including Mitsubishi Heavy Industries and Fuji Heavy Industries, Sato said. Globally, Norway leads the way on floating turbines with a 2009 pilot project while other countries including Britain and Portugal have studied the technology.
Last month its parliament enacted a bill to promote investment in renewables. Japan, one of the world’s biggest greenhouse gas emitters, has been studying whether it can install conventional offshore wind turbines in an effort to cut its carbon emissions but thinks floated turbines could suit its waters better.
After the initial five-year programme, the trade ministry hopes to develop as early as 2020 an offshore wind farm off the northeastern coast with the capacity of about 1,000 Megawatts, said Hiroyuki Iijima, another official at the trade ministry. But its success depends on the profitability of floating turbines as well as winning over local fishermen, Iijima added.
Wind energy accounts for less than 1 percent of Japan’s power demand. A government panel is set to start reviewing as early as this month Japan’s energy targets. It had aimed to boost nuclear capacity to meet over half of power demand by 2030 by building 13 new reactors.