Factor

Wind power could fuel 20 per cent of power requirement by 2030: Global Wind Energy Council

21 October 2016 | Mitigation

In its latest Wind Energy Outlook, released this week, the Global Wind Energy Council (GWEC) predicted that worldwide wind capacity could reach 2110 GW by 2030, with annual investment in the sector growing to €200bn ($220bn). By 2050, under GWEC’s best-case scenario, global installations could reach 5800 GW.

The world’s wind power installations totalled 433 GW at the end of 2015, with a record number of new projects amounting to 63 GW and representing a 17 per cent increase on 2014, the report found.  China maintained its lead with capacity additions of 30.8 GW and an installed base of 145 GW, followed by the US with 74 GW, Germany with 45 GW, India at 25 GW, Spain with 23 GW and the UK with 13 GW. Also in 2015, Brazil entered the 10 GW+ bracket for the first time.

And the industry is set to grow by around 60 GW in 2016, GWEC predicted. However, challenges still remain for many regional markets. In Europe, where there are 148 GW installed, a cocktail of policy changes, economic crises and austerity measures is viewed as likely to produce a “difficult” year ahead, although a shift in investment away from fossil fuel-fired power could provide a boost, GWEC noted. In Asia, curtailment due to transmission bottlenecks remains a significant problem in the largest market, China, and a slowdown could be seen in 2017. Continuing growth is predicted for North America, where the US is experiencing a ‘wind rush’ due to unwonted policy stability. 

“With new markets developing rapidly across Africa, Asia and Latin America; unprecedented policy stability in the US market; strong and continued commitment from India and China; and the rapidly dropping prices for wind power both on and offshore – on the whole things look very good for the industry,” GWEC said, adding that “but of course much could go wrong…history rarely follows the smooth curves in this and other reports. But at least now the direction of travel is the clearest it has ever been.”

 

 

Source: Power Engineering International