Amendment #4 Page 181 of 868 lath- of conifers dean power *analogy and ns mull* met rods of generator', sich as convertfanal clam pumped storage and run-of-rivet rave led to as drveise use in renewable generation from large-scale (greater than or equal to 50 MW) fa small-scale (less than 50 PAN) twitches The continued instatelon and operm on of hydroelectric power generation is expected to be driven by • Cs predictable. low operating costs and low maniere/ore requaecrents. • es high reliability, flexibility and Ospatoned ty allow Wilms and grid operators to deploy hydroelectricity as baseload capacity. • es k•ng asset lite which are typcaliy 43 to 50 years with sign6cant extenvons possible through maintenance and equipment reaacement and hydromecinc gererahon produces esseiliaey no errrsoons a direct waste and with ;embed to run-of-river systems, mnimmes the overall erwironmental impact and generates electrerty without altering the existing water how or water levels Inydroelectnedy re expected to increase es instated capacity at a peclected CAGR of 3% from 2010 to 2020 Annual global nerkoelectncrty instal tabons are expected to be sustained around 33 GW from 2014 to 2020 The ro4cwing chart reflects the ad oft and promoted globe] tiyaodectocey capacity from 2010 to 2020 Global annual hydro-electric energy installations GW). 2010-2020 as 36 1 1131 1 S.J 11 20 22 20 2911 2311 20,2 2011 2014 20100 2816E .011E 2016E 2119E 2920E some anowees Nee OlolOY rPoirife From 2015 to 2020 an aggregate of 163 GIN of rnero.etearioty general on capacity is expelled to be onstaqed globally. requiring total rwestmerts of apmcourrately 5437 Wren Tne 1010.01G char: reflects re Crc ected total annual esestrrent In gIcnal Isrcro,elettnecy :rGlaracons from 2015 to 2020 Total annual investment in global hydro-electric capacity On billions). 2015-2020 sa Swree d0000Org NwE g F mane* Sh, 474 COKE 173 Mier http://cfdocs.btogo.com:27638/cf/drv7/pu