Small Scale Low Carbon Project

From MoxyWiki

The Small Scale Low Carbon Project is a biomass to energy project. It represents a sub-region containing 50,000 people, operating near its full potential, given limitations in its access to natural resources, intellectual, human and financial capital. The project will engage in the co-production of energy commodities with a nominal energy content equivalent to the output from an efficient investment in a 100MW stationary power facility.

The project is assumed to have the following attributes:

• a capital cost of 66M CAN 2010 / PJinfo.png

  '66M CAN 2010 / PJ'

  
  
  Last calculated 73 weeks ago
  .
• an average capacity factor in line with typical biomass facilities of 91%.
• biomass transformation efficiency of 50%.
• an external Cost Multiplier of 1info.png

  1

  
  
  Last calculated 73 weeks ago
  . That is for every dollar of capital invested into the project an additional dollar must be invested outside of the battery limits.
• a Carbon Dioxide Emissions efficiency of 0.5info.png

  0.50

  
  
  Last calculated 73 weeks ago

{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");}

{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("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("fullCost / 10^6"), digits = 3), "M CAN 2010", sep = "")

}

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Calculating

Last calculated 69 weeks ago

Creative Commons 3.0 - Terms of Use

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