# **Figure 2 (Continued). Selected LCOEs at varying values for input variables (US$/MWh)**

**<u>(b)</u> With discount rates 6% and 10%**

|~~2,680~~<br>~~3,786~~<br>90%<br>0%|~~53~~<br>~~75~~|~~107~~<br>~~66~~<br>~~110~~<br>4,018<br>~~1,968~~<br>~~4,018~~<br>0<br>1.2<br>%|
|---|---|---|
|~~3,786~~<br>%<br>1<br>al|~~79~~|1.<br>0|
|5<br>m||63<br>1,968<br><br>1|
|2,680<br>8<br>er|57|106<br>4,018<br>9<br>|
|3,786<br>%<br>oth|60|61<br><br>1,968<br><br>0.<br>mass|
|2,680<br>90<br>6%<br>Ge|43|~~57~~<br>92<br>~~1,968~~<br>~~4,018~~<br>1.2<br>Bio|
|3,786<br>%|63|~~89~~<br>~~4018~~<br><br>|
|~~2,680~~<br>85|~~45~~|~~54~~<br><br>~~1,968~~<br>~~,~~<br>1.0<br>6%|
|~~2456~~<br>|~~61~~|~~88~~<br>~~4018~~<br>|
|~~,~~<br>%||~~,~~<br>.9|
|~~1282~~<br>55<br>|~~32~~|52<br>1,968<br>0|
|~~,~~<br><br>0%||76<br>4000<br>|
|~~2,456~~<br>0%<br>1|~~67~~|104<br><br>5,956<br>,<br>1.0|
|~~1282~~<br>5<br>o|~~35~~|4000<br><br><br>|
|~~,~~<br>dr||74<br>,<br>.8<br>0%|
|2,456<br>%<br>Hy|42|~~103~~<br>~~5,956~~<br>0<br>1|
|1,282<br><br>55<br>%<br>|23<br>|~~102~~<br>~~73~~<br>~~5,956~~<br>~~4,000~~<br><br>0.7<br>ear|
|1,282<br>2,456<br>50%<br>6|25<br>46|~~76~~<br>~~57~~<br><br>~~5956~~<br>~~4,000~~<br><br>1.0<br>Nucl|
|~~3,798~~<br>%|~~164~~|55<br><br>4,000<br>~~,~~<br>.8<br>%|
|~~2,350~~<br>35<br>%|~~101~~|74<br><br>5,956<br>0<br>6|
|~~3,798~~<br>%<br>10<br>ore|~~191~~|74<br>54<br>5956<br>4,000<br>0.7|
|~~2,350~~<br>30<br>ffsh|~~118~~|~~68~~<br><br>~~1,200~~<br>,<br>5|
|~~3798~~<br><br>O||~~80~~<br>~~2772~~<br>3.|
|~~2350~~<br>~~,~~<br>35%<br>ind|77<br>~~124~~|~~49~~<br><br>~~1,200~~<br>~~,~~<br>0<br>%|
|~~,~~<br><br>%<br>W||~~2772~~<br>2.<br>10|
|3,798<br>0%<br>6|145|~~43~~<br>~~67~~<br>~~1,200~~<br>~~,~~<br>5<br><br>|
|2350<br>3|90|2772<br><br>1.<br>l|
|1692<br>,<br>|75<br>|63<br>62<br>1,200<br>,<br>5<br><br>Coa|
|1100<br>,<br>35%<br>%|~~49~~<br>|67<br><br>2,772<br><br>3.|
|,<br>0<br>||44<br>1200<br>0<br>|
|~~1,692~~<br>%<br>1<br>re|~~87~~|,<br>2.<br>6%|
|~~1,100~~<br><br>30<br>nsho|~~57~~<br>|~~37~~<br>~~53~~<br>~~1200~~<br>~~2,772~~<br><br><br>|
|O||~~,~~<br>1.5|
|~~1,692~~<br>5%<br>ind|~~57~~|~~120~~<br>~~49~~<br>~~718~~<br>~~2,772~~<br>0<br>|
|~~1,100~~<br>3<br>%<br>W|~~37~~|2.|
|~~1,692~~<br>%<br>6<br>|67|82<br>~~139~~<br>718<br>~~536~~<br><br>1<br>|
|1,100<br>30|43|93<br><br>536<br><br>7.5<br>10%|
|||718<br>|
|5,352<br>%|153|46<br><br>.3<br>T|
|3704<br>35<br>||49<br>~~536~~<br>3<br>G|
|,<br><br>%|151|s|
|5352<br><br>10|191|~~117~~<br>~~718~~<br>2.0<br>Ga|
|~~3704~~<br>,<br>30%<br><br>|~~176~~<br>|~~137~~<br><br>~~536~~<br>1<br>|
|~~5352~~<br>~~,~~<br><br><br>CSP|~~114~~<br>|~~90~~<br>~~79~~<br>~~536~~<br>~~718~~<br>7.5<br>6%|
|~~,~~<br>5%|||
|~~3,704~~<br>3<br>%|~~112~~|47<br>~~43~~<br>536<br>718<br>3.3|
|~~5352~~<br>%<br>6|~~142~~||
|~~,~~<br>0||101<br>917<br>.0|
|~~3,704~~<br>3|~~131~~|105<br>673<br>12|
|1,153<br><br>0%|52<br>|~~72~~<br>70<br><br>~~673~~<br>~~917~~<br><br>7.5<br><br>10%|
|618<br>3<br>0%|28|~~42~~<br><br>~~917~~<br><br>3<br><br>|
|1,153<br>0%<br>1|78|~~40~~<br>~~673~~<br>3.<br>s CC|
|618<br>2<br>V|42|~~97~~<br>~~917~~<br>.0<br>a|
|P||673<br>2<br>G|
|~~1,153~~<br>30%|~~38~~|67<br>103<br>917<br><br>5<br>1<br>|
|~~618~~<br><br>%|~~21~~|7.<br>6%|
|~~1,153~~<br>%<br>6|~~57~~|38<br>69<br>917<br>673<br>3<br><br>|
|~~618~~<br>20|~~31~~|~~37~~<br><br>~~673~~<br><br>3.|
|0|20<br>40<br>60<br>80<br>100<br>120<br>140<br>160<br>180<br>200|0<br>20<br>40<br>60<br>80<br>100<br>120<br>140<br>160|

Note: The innermost vertical axis label is for capital costs ($/kW) in both panels; the next axis label is the capacity factor (%) in the left panel and fuel price ($/GJ) in the right panel. The third vertical axis label is the discount rate (%). Economic lives are: 20 years for CC, GT, biomass; 25 years for PV, CSP, Onshore wind, Offshore wind, geothermal; 40 years for hydro, coal; 50 years for nuclear. Capacity factors are 85% for fossil fuels, 75% for biomass, and 90% for nuclear.

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