]> 2012-05-23T13:02:29+00:00 Small Scale Low Carbon Project 0.91 '66M CAN 2010 / PJ' 0.50 {sslcp = sparql("SELECT ?x WHERE{<http://www.moxy.com.au/Wiki/a#Model:Small_Scale_Low_Carbon_Project> prop:RScript ?x}") paste(format(sslcp("emissionsAvoidedTonnes")/10^3, digits = 3), "kt/yr") } {sslcp = sparql("SELECT ?x WHERE{<http://www.moxy.com.au/Wiki/a#Model:Small_Scale_Low_Carbon_Project> prop:RScript ?x}") paste(format(sslcp("energyGjPerAnnum")/1000^2, digits = 3), "PJ/yr");} 1 {sslcp = sparql("SELECT ?x WHERE{<http://www.moxy.com.au/Wiki/a#Model:Small_Scale_Low_Carbon_Project> prop:RScript ?x}") paste(format(sslcp("practicalUnitQuantityTonnes")/1000, digits = 3), "kt/yr");} {sslcp = sparql("SELECT ?x WHERE{<http://www.moxy.com.au/Wiki/a#Model:Small_Scale_Low_Carbon_Project> prop:RScript ?x}") paste(format(sslcp("fullCost / 10^6"), digits = 3), "M CAN 2010", sep = "") } '100 MW' 0.5 TransformationEfficiency NameplateCapacity FullCost FeedstockQuantity Pretreated Biomass Biology Carbon Feedstock ExternalCostMultiplier Energy EmissionsAvoided CarbonDioxideEmissionsEfficency CapitalCost AverageCapacityFactor Hypothetical Project