EFTA01366614.pdf

Amendment #4 Page 185 of 868 1.0*..91190tinh, Hydodectric The cumulatee hydoelectnc generation capacity gew from 81 GW n 201010 87 GW n 2014, a CAGR d 2% The chart below shows tie tonal and forecasted cumulathe hydroelectric generation tweedy in Steal from 201010 2016 Brazil cumulative hydro-electric energy generation capacity fin MW), 2010-2016 . 04OP 2% 90.CS2 68.480 11 II 66.367 ■I 00,703 2010 2011 2012 2017 2014 201St. 2016E Sane boomeace New levelFlamm India Since 2010, the stet led base d energy generatKel capacity in India has retuned from 173 O1,1to 234 OW in 2013. a a CAGR of 11% The chart below shows India's generaton capon', heel ma as of yearend 2013 Fuel type Feet Cent 84.8% Hydroelectric 20.7 Gas 91 Wed 86 Samna 29 Nuclear 23 Solar 12 Cl 12 Total 100.0% Retail electncty does have nsen in India at a CAGR d 7% over tre past four years We expect retail electricity ;noes n Iola to cortinue to rise due gimme* to inaeaang costs of corwenboral entrees of energy and overall demand for energy and tre removal of govemnert sutedes available to conventonal energy soirces sale's renewable power market has also seen legation green over the last three years The comulatwe installed capacity of renewable energy sources in Inds grew from 58 GW n 2010 to 70 GW n 2013, a a CAGR of 8% Renewable energy *wooded for 24%d overall energy Cepa* growth from 201010 2013 Renewable energy since& are expected to grow 10 100 GW of curnulatme installations by 2017, or a CAGR of 10% from 2014 to 2017 177 http://cfdocs.btogo.com:27638/cf/drv7/pub/edgar/2015/07/20/0001193125-15-256461/d78... 7/20/2015 CONFIDENTIAL - PURSUANT TO FED. R. CRIM. P. 6(e) DB-SDNY-0058142 CONFIDENTIAL SDNY_GM_00204326 EFTA01366614