Amendment #4 Page 186 of 868 tehlr..0..centon• The cumulative installed capacity of water energy in India grew from 82 MW n 2010 to 3 250 MW by 2014 or a CAGR of 151% The cumuative installed capacity of wnd energy in India grew from 11 GW n 2010 to 21 GW 2014 ore CAGR of 17% The following than reflects actual and prceected growth in cumulative solar and wind energy generation capacity from 2010 to 2020 India cumulative solar and wind energy generation capacity (in MW). 2010-2020 riAr ;CAC t 134 nab In III Ill )0,0 2011 "el SAurc• free* e0 New ben, Fenn osss ... • WIrb 01$ 1014 20103 =WE tett Mile 20 let 20?01 21.414 !CSC,. 440C Key clovers el tenewte energy grown re /oda kolas overall demand for energy has ecreased significantly over the last several years due to the inaease in its populaton rapid mlustrakzabcn and improvements in living standards During the same period, the Indian government Ms increased its locus on developng renewable power generation to dweissfy the range of sources used in energy generation and to reduce greenhouse gas ernssions Dunn; he period horn 21307 to 2012. a total 0118 GW <X renewable energy generating capacity was installed in India, which significantly exceeded the 11 GW that were commissioned and planned by the Indian government Wing ass period Inda's National Action Plan on Climate Charge establishes a goal to generate 15% of is electricty from renewable energy sources other Irian hydro-electric power, by 2019 India has also announced its goal of reducing the courtly s greenhouse gas emissions by ',Seen 20% and 25% from 2035 levels by 2020 VAti expect based on our industry experience. that solar and wind power are well positened to fulfill this expected growth in renewable energy generating capacity Similarly, we expect solar and wind energy technology to increasaily become cost competitive with grid-supplied electricity Heti:coati/ the solar market Fes been augmented by off-grid applications.