<strong>Scenario</strong> <strong>Reliability</strong> Self-<strong>Assessment</strong>sassumptions for Conceptual Capacity. Within the <strong>2009</strong> Long-Term <strong>Reliability</strong> <strong>Assessment</strong>Reference Case, Conceptual Capacity 48 reflected all types of projects that were defined withinthe ISO-NE Generator Interconnection Queue, as of the March 15, <strong>2009</strong> publication. Within the<strong>Scenario</strong> Case, only the “queue” renewable projects, as mandated by the <strong>Scenario</strong> #1requirement, were included within the Conceptual Capacity. These renewable projects within theISO-NE queue include wind, biomass/wood waste, landfill gas, hydro-electric, and fuel cells.These projects represent the accelerated integration of renewable resources that the mandate of<strong>Scenario</strong> #1 required.Although the nameplate capacity of these projects reflect the renewable technologies of wind,biomass, landfill gas, hydro, and fuel cells, some portions of that renewable (future) capacity thatwould have been categorized as Conceptual Capacity were already categorized as Future,Planned and Future, Other Capacity within the <strong>2009</strong> Long-Term <strong>Reliability</strong> <strong>Assessment</strong>Reference Case. Therefore, within the <strong>Scenario</strong> Case, to obtain the nameplate capacities shownin Table New England 2-3, you must combine the individual components identified in TableNew England 2-5 (summer), to equal the overall nameplate capacities identified in Table NewEngland 2-3. The same is true of the winter capacities. Within the <strong>Scenario</strong> Case, to obtain thenameplate capacities shown in Table New England 2-4, you must combine the individualcomponents identified in Table New England 2-6 (winter), to equal the overall nameplatecapacities identified in Table New England 2-4.Table New England 2-1 shows the <strong>Scenario</strong> Case Renewable Capacity Additions by the year ofcommercialization. Please notice the renewable wind capacity is broken into both onshore andoffshore values. A breakdown of the renewable capacity (by type) by year and associated energyproduction from those renewable resources, at their assumed annual capacity factor, is shown inTable New England 2-2, for the years <strong>2009</strong> through 2014. Since there are no projects in the ISO-NE Queue that have in-service dates past 2014, it is assumed all the renewable resources areinstalled by 2014.Table New England-2-1: <strong>Scenario</strong> Case Renewable Capacity Additions by Yearof CommercializationRenewableCapacity Type<strong>2009</strong> 2010 2011 2012 2013 2014 TotalMW% ofTotal(MW)Onshore Wind 0 193 1,005 786 809 108 2,901 67.8 %Offshore Wind 0 0 462 0 347 20 829 19.4 %Biomass 8 190 49 140 0 100 487 11.4 %Landfill Gas 0 34 0 0 0 0 34 0.8 %Hydro 0 15 2 0 0 0 17 0.4 %Fuel Cell 0 9 0 0 0 0 9 0.2 %Annual8 441 1,518 926 1,156 228 4,277 100 %CapacityTotalsNote: Sums may not equal totals due to rounding.48 As noted earlier, a 20 percent Confidence Factor was applied to the total amount of Reference Case ConceptualCapacity.<strong>2009</strong> <strong>Scenario</strong> <strong>Reliability</strong> <strong>Assessment</strong> Page 69
<strong>Scenario</strong> <strong>Reliability</strong> Self-<strong>Assessment</strong>sTable New England-2-2: <strong>Scenario</strong> Case Renewable Capacity Annual EnergyContributions By Project Type by Year of CommercializationRenewableCapacityCapacityFactor (<strong>2009</strong>GWh2010GWh2011GWh2012GWh2013GWh2014GWhTotalGWhType %)Onshore 32 % 0 541 2,817 2,203 2,268 303 8,132WindOffshore 37 % 0 0 1,497 0 1,125 65 2,687WindBiomass 90 % 63 1,498 386 1,104 0 788 3,840Landfill Gas 90 % 0 268 0 0 0 0 268Hydro 25 % 0 33 4 0 0 0 37Fuel cell 95 % 0 75 0 0 0 0 75Annual63 2,415 4,705 3,307 3,392 1,156 15,039EnergyTotalsCumulative63 2,478 7,183 10,490 13,883 15,039AnnualEnergyTotalsNote: Sums may not equal totals due to rounding.Onshore wind capacity totals approximately 2,901 MW, which at an assumed annualcapacity factor of 32 percent, equates to approximately 8,132 GWh of renewableenergy production by 2014.Offshore wind capacity totals approximately 829 MW, which at an assumed annualcapacity factor of 37 percent, equates to approximately 2,687 GWh of renewableenergy production by 2014.Biomass capacity totals approximately 487 MW, which at an assumed annualcapacity factor of 90 percent equates to approximately 3,840 GWh of renewableenergy production by 2014.Landfill gas capacity totals approximately 34 MW, which at an assumed annualcapacity factor of 90 percent equates to approximately 268 GWh of renewable energyby 2014.Hydro-electric capacity totals approximately 17 MW, which at an assumed annualcapacity factor of 25 percent equates to approximately 37 GWh of renewable energyproduction by 2014.Fuel cell capacity totals approximately 9 MW, which at an assumed annual capacityfactor of 95 percent equates to approximately 75 GWh of renewable energyproduction by 2014.Total renewable capacity is 4,277 MW, which at the various assumed annual capacity factors ofeach technology type, equates to approximately 15,039 GWh of renewable energy production by2014. Assuming these renewable projects commercialize by their target dates and stay online,this annual energy production value can be transferred to the target assumption year of 2018.Page 70<strong>2009</strong> <strong>Scenario</strong> <strong>Reliability</strong> <strong>Assessment</strong>