Public
Edited
Oct 22, 2024
Ind_Biomass = 1
Generate_Work_Done('Grid',['Solar','Wind','Hydro','Geothermal','Nuclear','Coal','Petroleum','Biomass'])
function calculate_Work_Done(sector,type){
return Math.round(Inits[0][sector][type+'_Usage']*Efficiencies[0][sector][type]/100*Growth_Data[0][sector][type+'_Adoption']*100000)/100000
}
function Generate_Work_Done(sector,ls){
let obj =[]
for (let i = 0; i < ls.length; i++) {
obj.push([ls[i],calculate_Work_Done(sector,ls[i])])
}
if (sector != 'Grid')
obj.push(['Grid',calculate_Grid_Req(sector,ls)])
return Object.fromEntries(obj)
}
function calculate_Grid_Req(sector,ls) {
let grid = Inits[0][sector]['Energy_Usage']*(Efficiencies[0][sector]['Grid'])/100
for (let i = 0; i < ls.length; i++) {
grid -= calculate_Work_Done(sector,ls[i])
}
return Math.round(grid*100000)/100000
}
function get_VRE_byPercentage(params){
//** what is negative net generation
// pull historical data
// net gen(wind)/avg(net gen(wind)) & net gen(solar)/avg(net gen(solar)) = % avg(wind/Solar)
// target % * avg solar + (1-target %) * avg wind
}
function get_Nat_Gas(params) {
//#Total Demand = get CONSUPTION by grid in all sectors *1000/3.41/8760*1000 (convert to GW)
//#Demand less Baseload convert Baseload [Hydro,Geothermal,nuclear,Coal,Biomass,Petroleum] work done to GW generated *1000/3.41/8760*1000
// seasonal vre = (1-seasonal used energy)*(work done solar + work done wind) * 1000/3.41*1000 (convert Quad to GWh)
// daily vre = (seasonal used evergy - daily used evergy)*(work done solar + work done wind) * 1000/3.41*1000 (convert Quad to GWh)
# curtailment = (seasonalVRE + DailyVRE - (LDES+SDES*365) )/10e6*3.41(convertingGWh to Quads)
# used VRE = wind_work + solar_work - curtailment
// Amount of natural gas generation needed is (total demand less baseload power(converted back to Quads)) less used VRE
}
//(((100+Home_Oil)/100)**(_year-2021))*Inits[0]['Residential']['Petroleum_Usage']
Growth_Data[0]['Transit']['Air_Growth']*Growth_Data[0]['Transit']['Aircraft_Biofuel']/100 +
Growth_Data[0]['Transit']['Sea_Growth']*Growth_Data[0]['Transit']['Shipping_Biofuel']/100 +
((Inits[0]['Transit']['Biomass_Usage']*Efficiencies[0]['Transit']['Biomass']/100)/(Inits[0]['Transit']['Land_Transit_Work']-(Inits[0]['Transit']['Grid_Usage']*Efficiencies[0]['Transit']['Grid']/100)-(Inits[0]['Transit']['Natural_Gas_Usage']*Efficiencies[0]['Transit']['Natural_Gas']/100)))*(Growth_Data[0]['Transit']['Land_Growth']-Work_Done_By_Year[0]['Transit']['Natural_Gas']-Work_Done_By_Year[0]['Transit']['Grid'])
calculate_Work_Done('Commercial','Natural_Gas')
function calculate_Transit_Biomass(gas,grid) { return Growth_Data[0]['Transit']['Air_Growth']*Growth_Data[0]['Transit']['Aircraft_Biofuel']/100 +
Growth_Data[0]['Transit']['Sea_Growth'] * Growth_Data[0]['Transit']['Shipping_Biofuel']/100 +
((Inits[0]['Transit']['Biomass_Usage'] * Efficiencies[0]['Transit']['Biomass']/100)/
(Inits[0]['Transit']['Land_Transit_Work'] - (Inits[0]['Transit']['Grid_Usage'] * Efficiencies[0]['Transit']['Grid']/100) -
(Inits[0]['Transit']['Natural_Gas_Usage'] * Efficiencies[0]['Transit']['Natural_Gas']/100))) *
(Growth_Data[0]['Transit']['Land_Growth']-gas-grid)}
function calculate_Transit_Petroleum(bio,gas,grid) {
return Growth_Data[0]['Transit']['Land_Growth'] +
Growth_Data[0]['Transit']['Air_Growth'] +
Growth_Data[0]['Transit']['Sea_Growth'] +
-bio-gas-grid}
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