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Main_queries.xml
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Main_queries.xml
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<?xml version="1.0" encoding="UTF-8"?><queries>
<queryGroup name="energy">
<queryGroup name="primary energy">
<supplyDemandQuery title="primary energy consumption by region (avg fossil efficiency)">
<axis1 name="fuel">input[@name]</axis1>
<axis2 name="Year">demand-physical[@vintage]</axis2>
<xPath buildList="true" dataName="input" group="false" sumAll="false"><![CDATA[
declare function local:get-weighted-eff($outputs as node()*) as node()* {
unordered {
for $year in distinct-values($outputs/physical-output/@vintage)
let $eff_unweight := sum(for $res in $outputs/physical-output[@vintage = $year]
let $eff_curr := $res/parent::*/following-sibling::input-energy[1]/IO-coefficient[@vintage = $year]
(: where $res/physical-output/@vintage = $year :)
return $res div $eff_curr),
$weight := sum(for $res in $outputs/physical-output[@vintage = $year]
(: where $res/physical-output/@vintage = $year :)
return $res),
$eff_weighted := $eff_unweight div $weight
return element efficiency-weighted {attribute year { $year }, text { $eff_weighted }}
}
};
declare function local:append-heirarchy($parent as node(), $append as node()) as node() {
let $scn := $parent/ancestor::scenario,
$rgn := $parent/ancestor::region
return
document { element scenario {
$scn/@*,
element region {
$rgn/@*,
$append
}
}
}
(: let $new_node := element {local-name($parent)} {$parent/@*, $append}
return
if(local-name($parent) != 'scenario')
then local:append-heirarchy($parent/parent::*, $new_node)
else document { $new_node } :)
};
declare function local:get-primary-renewable($outputs as node()*, $weighted_effs as node()*) as node()* {
unordered {
for $output in $outputs (:,
$weighted_eff in $weighted_effs :)
let $new_output := (: element tempParent { :)
element input {
attribute type {'input'},
attribute name {$output/parent::*/following-sibling::keyword/@primary-renewable},
element demand-physical {
attribute vintage {$output/@vintage},
attribute unit {$output/@unit},
text { $output div $weighted_effs[@year=$output/@vintage] }
}(: ,
element keyword {
attribute primary-consumption { (: if($output/parent::*/following-sibling::keyword[fn:exists(@primary-renewable)])
then :) $output/parent::*/following-sibling::keyword/@primary-renewable
(: else $output/parent::*/parent::*/@name :)
}
} :)
(: } :)
},
$new_root := local:append-heirarchy($output/parent::*/parent::*, $new_output)
(:where $output/@vintage = $weighted_eff/@year:)
return $new_root//text()
}
};
declare function local:check-keyword($values as node()*) as node()* {
unordered {
for $value in $values
let $input := $value/parent::*/parent::*,
$keyword_name :=
(: if($input/following-sibling::keyword[fn:exists(@primary-consumption)])
then :) $input/following-sibling::keyword/@primary-consumption
(: else $input/@name :),
$new_parent := element {local-name($input)} {$input/@*,
$value/parent::*,
element keyword { attribute primary-consumption {$keyword_name} }
},
$new_root := local:append-heirarchy($input/parent::*, $new_parent)
return $new_root//text()
}
};
declare function local:run-primary-energy($scenarios as xs:string*, $regions as xs:string*, $collection as xs:string) as node()* {
(: unordered { :)
let $regionsG := if(not($regions[1] = 'Global'))
then $regions
else distinct-values(collection($collection)/scenario/world/*[@type='region']/@name)
return
for $scenario in $scenarios,
$region in $regionsG
let $scenario_split := tokenize($scenario, ' '),
$scenario_name := string-join($scenario_split[position() < last()], ' '),
$scenario_date := $scenario_split[last()],
$currTree := collection($collection)/scenario[@name = $scenario_name and @date = $scenario_date]/world/*[@type = 'region' and @name=$region]
return (: get renewables from electricity :)
local:get-primary-renewable($currTree/*[@type='sector' (: collapse :) and (@name='electricity' or @name='elect_td_bld' or starts-with(@name,'elec_'))]//keyword[fn:exists(@primary-renewable)]/preceding-sibling::output-primary/physical-output, local:get-weighted-eff($currTree/*[@type='sector' (: collapse :) and (@name='electricity' or starts-with(@name, 'elec_'))]//keyword[fn:exists(@average-fossil-efficiency)]/preceding-sibling::output-primary))
| (: get renewables from H2ProdCS :)
local:get-primary-renewable($currTree/supplysector[@name='H2 central production'](: /*[@type='subsector' (: collapse :) and fn:not(@name='electrolysis')] :)//keyword[fn:exists(@primary-renewable)]/preceding-sibling::output-primary/physical-output, local:get-weighted-eff($currTree/supplysector[@name='H2 central production']//keyword[fn:exists(@average-fossil-efficiency)]/preceding-sibling::output-primary))
| (: get renewables from H2ProdDist :)
local:get-primary-renewable($currTree/supplysector[@name='H2 forecourt production'](: /*[@type='subsector' (: collapse :) and fn:not(@name='electrolysis')] :)//keyword[fn:exists(@primary-renewable)]/preceding-sibling::output-primary/physical-output, local:get-weighted-eff($currTree/supplysector[@name='H2 forecourt production']//keyword[fn:exists(@average-fossil-efficiency)]/preceding-sibling::output-primary))
| (: get the primaries :)
(: local:check-keyword( :) $currTree//keyword[fn:exists(@primary-consumption)]/preceding-sibling::*[@type='input' and not(contains(@name, 'water'))]/demand-physical/text() (: ) :)
| (: get traditional biomass :)
$currTree//*[@type='input' and @name='traditional biomass']/demand-physical/node()
(: } :)
};
local:run-primary-energy((:scenarios:), (:regions:), (:collection:))
]]></xPath>
<comments/>
<labelRewriteList append-values="false">
<level name="input">
<rewrite from="H2 industrial" to=""/>
<rewrite from="traded RUS pipeline gas" to="b natural gas"/>
<rewrite from="traditional biomass" to="j traditional biomass"/>
<rewrite from="regional corn for ethanol" to="d biomass"/>
<rewrite from="regional biomassOil" to="d biomass"/>
<rewrite from="traded N.Amer pipeline gas" to="b natural gas"/>
<rewrite from="traded LNG" to="b natural gas"/>
<rewrite from="traded coal" to="c coal"/>
<rewrite from="solar-elect" to="h solar"/>
<rewrite from="elect_td_ind" to=""/>
<rewrite from="traded EUR pipeline gas" to="b natural gas"/>
<rewrite from="total biomass" to="d biomass"/>
<rewrite from="traded oil" to="a oil"/>
<rewrite from="nuclear-H2" to="e nuclear"/>
<rewrite from="exotic-elect" to="j breakthrough"/>
<rewrite from="wind-H2" to="g wind"/>
<rewrite from="biomass" to="d biomass"/>
<rewrite from="woodpulp_energy" to="d biomass"/>
<rewrite from="crude oil" to="a oil"/>
<rewrite from="nuclear-elect" to="e nuclear"/>
<rewrite from="solar-H2" to="h solar"/>
<rewrite from="regional natural gas" to=""/>
<rewrite from="traded unconventional oil" to="a oil"/>
<rewrite from="traded PAC pipeline gas" to="b natural gas"/>
<rewrite from="geothermal-elect" to="i geothermal"/>
<rewrite from="traded Afr_MidE pipeline gas" to="b natural gas"/>
<rewrite from="natural gas" to="b natural gas"/>
<rewrite from="wholesale gas" to=""/>
<rewrite from="hydro-elect" to="f hydro"/>
<rewrite from="traded natural gas" to="b natural gas"/>
<rewrite from="regional biomass" to="d biomass"/>
<rewrite from="coal" to="c coal"/>
<rewrite from="wind-elect" to="g wind"/>
<rewrite from="traded LA pipeline gas" to="b natural gas"/>
</level>
</labelRewriteList>
</supplyDemandQuery>
<supplyDemandQuery title="primary energy consumption by region (direct equivalent)">
<axis1 name="fuel">input[@name]</axis1>
<axis2 name="Year">demand-physical[@vintage]</axis2>
<xPath buildList="true" dataName="input" group="false" sumAll="false"><![CDATA[
declare function local:append-heirarchy($parent as node(), $append as node()) as node() {
let $scn := $parent/ancestor::scenario,
$rgn := $parent/ancestor::region
return
document { element scenario {
$scn/@*,
element region {
$rgn/@*,
$append
}
}
}
};
declare function local:get-primary-renewable($outputs as node()*) as node()* {
unordered {
for $output in $outputs
let $new_output :=
element input {
attribute type {'input'},
attribute name {$output/parent::*/following-sibling::keyword/@primary-renewable},
element demand-physical {
attribute vintage {$output/@vintage},
attribute unit {$output/@unit},
text { $output }
}
},
$new_root := local:append-heirarchy($output/parent::*/parent::*, $new_output)
return $new_root//text()
}
};
declare function local:run-primary-energy($scenarios as xs:string*, $regions as xs:string*, $collection as xs:string) as node()* {
let $regionsG := if(not($regions[1] = 'Global'))
then $regions
else distinct-values(collection($collection)/scenario/world/*[@type='region']/@name)
return
for $scenario in $scenarios,
$region in $regionsG
let $scenario_split := tokenize($scenario, ' '),
$scenario_name := string-join($scenario_split[position() < last()], ' '),
$scenario_date := $scenario_split[last()],
$currTree := collection($collection)/scenario[@name = $scenario_name and @date = $scenario_date]/world/*[@type = 'region' and @name=$region]
return (: get renewables from electricity :)
local:get-primary-renewable($currTree/*[@type='sector' (: collapse :) and (@name='electricity' or @name='elect_td_bld' or starts-with(@name,'elec_'))]//keyword[fn:exists(@primary-renewable)]/preceding-sibling::output-primary/physical-output)
| (: get renewables from H2ProdCS :)
local:get-primary-renewable($currTree/supplysector[@name='H2 central production'](: /*[@type='subsector' (: collapse :) and fn:not(@name='electrolysis')] :)//keyword[fn:exists(@primary-renewable)]/preceding-sibling::output-primary/physical-output)
| (: get renewables from H2ProdDist :)
local:get-primary-renewable($currTree/supplysector[@name='H2 forecourt production'](: /*[@type='subsector' (: collapse :) and fn:not(@name='electrolysis')] :)//keyword[fn:exists(@primary-renewable)]/preceding-sibling::output-primary/physical-output)
| (: get the primaries :)
$currTree//keyword[fn:exists(@primary-consumption)]/preceding-sibling::*[@type='input']/demand-physical/text()
| (: get traditional biomass :)
$currTree//*[@type='input' and @name='traditional biomass']/demand-physical/node()
};
local:run-primary-energy((:scenarios:), (:regions:), (:collection:))
]]></xPath>
<comments/>
<labelRewriteList append-values="false">
<level name="input">
<rewrite from="water_td_pri_C" to=""/>
<rewrite from="H2 industrial" to=""/>
<rewrite from="traded RUS pipeline gas" to="b natural gas"/>
<rewrite from="traditional biomass" to="j traditional biomass"/>
<rewrite from="regional corn for ethanol" to="d biomass"/>
<rewrite from="regional biomassOil" to="d biomass"/>
<rewrite from="traded N.Amer pipeline gas" to="b natural gas"/>
<rewrite from="traded LNG" to="b natural gas"/>
<rewrite from="traded coal" to="c coal"/>
<rewrite from="solar-elect" to="h solar"/>
<rewrite from="seawater" to=""/>
<rewrite from="elect_td_ind" to=""/>
<rewrite from="traded EUR pipeline gas" to="b natural gas"/>
<rewrite from="water_td_pri_W" to=""/>
<rewrite from="total biomass" to="d biomass"/>
<rewrite from="nuclear-H2" to="e nuclear"/>
<rewrite from="traded oil" to="a oil"/>
<rewrite from="k new" to="k new"/>
<rewrite from="exotic-elect" to="j breakthrough"/>
<rewrite from="wind-H2" to="g wind"/>
<rewrite from="biomass" to="d biomass"/>
<rewrite from="woodpulp_energy" to="d biomass"/>
<rewrite from="crude oil" to="a oil"/>
<rewrite from="nuclear-elect" to="e nuclear"/>
<rewrite from="solar-H2" to="h solar"/>
<rewrite from="regional natural gas" to=""/>
<rewrite from="traded unconventional oil" to="a oil"/>
<rewrite from="traded PAC pipeline gas" to="b natural gas"/>
<rewrite from="geothermal-elect" to="i geothermal"/>
<rewrite from="traded Afr_MidE pipeline gas" to="b natural gas"/>
<rewrite from="natural gas" to="b natural gas"/>
<rewrite from="wholesale gas" to=""/>
<rewrite from="traded natural gas" to="b natural gas"/>
<rewrite from="hydro-elect" to="f hydro"/>
<rewrite from="regional biomass" to="d biomass"/>
<rewrite from="coal" to="c coal"/>
<rewrite from="wind-elect" to="g wind"/>
<rewrite from="traded LA pipeline gas" to="b natural gas"/>
</level>
</labelRewriteList>
</supplyDemandQuery>
<supplyDemandQuery title="primary energy consumption with CCS by region (direct equivalent)">
<axis1 name="fuel">input[@name]</axis1>
<axis2 name="Year">demand-physical[@vintage]</axis2>
<xPath buildList="true" dataName="input" group="false" sumAll="false"><![CDATA[
declare function local:append-heirarchy($parent as node(), $append as node()*) as node() {
let $scn := $parent/ancestor::scenario,
$rgn := $parent (: /ancestor::region :)
return
document { element scenario {
$scn/@*,
element region {
$rgn/@*,
$append
}
}
}
(: I can get by with just the scenario and region
let $new_node := element {local-name($parent)} {$parent/@*, $append}
return
if(local-name($parent) != 'scenario')
then local:append-heirarchy($parent/parent::*, $new_node)
else document { $new_node } :)
};
declare function local:generate-sector-input-coefs($outputNameQueue as xs:string*, $currTree as node(), $coefs as node()*, $is_usa as xs:boolean) as node()* {
if(empty($outputNameQueue)) then $coefs
else if( exists($coefs[@name = $outputNameQueue[1]]) or exists(index-of(('biomass',
'traded oil', 'traded coal', 'traded natural gas', 'traded Afr_MidE pipeline gas', 'traded LA pipeline gas', 'traded PAC pipeline gas', 'traded N.Amer pipeline gas', 'traded RUS pipeline gas', 'traded EUR pipeline gas', 'traded LNG', 'regional corn for ethanol', 'regional biomassOil', 'regional sugar for ethanol', 'regional sugarbeet for ethanol', 'regional woodpulp for energy'),
$outputNameQueue[1])) or not($currTree/*[@type='sector' and @name=$outputNameQueue[1]]))
then
(:if(not($is_usa) and string-length($currTree/@name) = 2) then
local:trace-inputs($outputName, $currTree/parent::*/*[@type='region' and @name='USA'], $outputs, true())
else:)
local:generate-sector-input-coefs(remove($outputNameQueue, 1), $currTree, $coefs, $is_usa)
else
let $outputName := $outputNameQueue[1],
$newOutputNameQueue := remove($outputNameQueue, 1),
$useOutputs := $currTree//output-primary[@type='output' and @name=$outputName],
$useInputs := for $out in $useOutputs[not(following-sibling::keyword[exists(@primary-renewable)])]
return $out/following-sibling::*[@type='input' and not(@name='oil-credits') and not(starts-with(@name, 'water_td'))],
$renewOutputs := for $out in $useOutputs[following-sibling::keyword[exists(@primary-renewable)]]
return element output {
attribute name { $out/following-sibling::keyword/@primary-renewable },
$out/child::*
},
$totalOutputSum := for $vintage in distinct-values($useOutputs/physical-output/@vintage)
return element output {
attribute vintage { $vintage },
text {
sum($useOutputs/physical-output[@vintage=$vintage])
}
},
$new_coefs := $coefs | element sector {
attribute name { $outputName },
for $input in distinct-values($useInputs/@name)
return element input {
attribute name { $input },
for $outputSum in $totalOutputSum
let $inputSum := sum($useInputs[@name=$input]/demand-physical[@vintage=$outputSum/@vintage])
where $inputSum > 0
return element coef {
attribute vintage { $outputSum/@vintage },
text { $inputSum div $outputSum }
}
},
for $input in distinct-values($renewOutputs/@name)
return element input {
attribute name { concat($input, ' renewable') },
attribute is-renewable { true() },
for $outputSum in $totalOutputSum
let $inputSum := sum($renewOutputs[@name=$input]/physical-output[@vintage=$outputSum/@vintage])
where $inputSum > 0
return element coef {
attribute vintage { $outputSum/@vintage },
text { $inputSum div $outputSum }
}
}
}
return
local:generate-sector-input-coefs(distinct-values(($newOutputNameQueue, $useInputs/@name)), $currTree, $new_coefs, $is_usa)
};
declare function local:generate-ccs-coefs($currTree as node(), $coefs as node()*) as node()* {
for $sector in $coefs/@name
let $currSector := $currTree/*[@type='sector' and @name=$sector],
$useInputs := $currSector//*[@type='technology' and not(contains(@name, 'CCS')) and not(child::keyword/@primary-renewable)]/*[@type='input' and not(@name='oil-credits') and not(starts-with(@name, 'water_td'))],
$useInputsCCS := $currSector//*[@type='technology' and contains(@name, 'CCS')]/*[@type='input' and not(@name='oil-credits') and not(starts-with(@name, 'water_td'))],
$totalOutputSum := for $vintage in distinct-values($useInputs/demand-physical/@vintage | $useInputsCCS/demand-physical/@vintage)
return element output {
attribute vintage { $vintage },
text {
sum($currSector//output-primary/physical-output[@vintage=$vintage])
}
}
return if(exists($useInputsCCS)) then
element sector {
attribute name { $sector },
$coefs[@name=$sector]/input[@is-renewable],
for $input in distinct-values(($useInputs/@name, $useInputsCCS/@name))
return element input {
attribute name { $input },
for $outputSum in $totalOutputSum
let $inputSum := sum($useInputs[@name=$input]/demand-physical[@vintage=$outputSum/@vintage]),
$inputSumCCS := sum($useInputsCCS[@name=$input]/demand-physical[@vintage=$outputSum/@vintage])
return (element coef {
attribute vintage { $outputSum/@vintage },
text { $inputSum div $outputSum }
},
element coef_ccs {
attribute vintage { $outputSum/@vintage },
text { $inputSumCCS div $outputSum }
})
}
}
else
$coefs[@name=$sector]
};
declare function local:apply-coefs($outputName as xs:string, $outputs as node()*, $coefs as node()*, $isCCS as xs:boolean) as node()* {
if(exists($coefs[@name=$outputName]) and sum($outputs) > 0.001) then
for $input in $coefs[@name=$outputName]/input
return local:apply-coefs($input/@name,
for $vintage in distinct-values($outputs/@vintage)
let $outputThisVintage := $outputs[@vintage=$vintage],
$firstOutput := $outputThisVintage[1],
$outputSum := sum($outputThisVintage),
$coefThisVintage := $input/coef[@vintage=$vintage]
where $coefThisVintage > 0
return element { local-name($firstOutput) } {
$firstOutput/@*,
text{ $outputSum * $coefThisVintage }
}, $coefs, $isCCS)
| local:apply-coefs($input/@name,
for $vintage in distinct-values($outputs/@vintage)
let $outputThisVintage := $outputs[@vintage=$vintage],
$firstOutput := $outputThisVintage[1],
$outputSum := sum($outputThisVintage),
$coefThisVintage := $input/coef_ccs[@vintage=$vintage]
where exists($coefThisVintage) and $coefThisVintage > 0
return element { local-name($firstOutput) } {
$firstOutput/@*,
text{ $outputSum * $coefThisVintage }
}, $coefs, true())
else if( sum($outputs) > 0.001) then
element input {
attribute name { if($isCCS) then concat($outputName, ' CCS') else $outputName },
attribute type { 'input' },
(: $outputs :) (: TODO: not sure why this doesn't work and we need to create these explicitly :)
for $o in $outputs
return element demand-physical { $o/@*, text{ $o/text() } }
}
else
(: These are the residuals from chasing simulenaties, I've left this here
for debuging purposes :)
element input {
attribute name { $outputName },
attribute type { 'input' } (:,
$outputs :)
}
};
declare function local:run-input-by-primary($scenarios as xs:string*, $regions as xs:string*, $collection as xs:string) as node()* {
unordered {
let $regionsG := if(not($regions[1] = 'Global'))
then $regions
else distinct-values(collection($collection)/scenario/world/*[@type='region']/@name)
return
for $scenario in $scenarios,
$region in $regionsG
let $scenario_split := tokenize($scenario, ' '),
$currTree := collection($collection)/scenario[@name = $scenario_split[1] and @date = $scenario_split[2]]/world/*[@type='region' and @name=$region],
$currInputs := $currTree/*[@type='sector' and (@name='unconventional oil production' or exists(child::keyword/@final-energy))]//*[@type='input' and empty(index-of(('trn_pass_road', 'limestone', 'process heat cement', 'industrial energy use', 'industrial feedstocks', 'renewable', 'trn_freight_road', 'trn_pass_road_LDV', 'trn_pass_road_LDV_2W', 'trn_pass_road_LDV_4W', 'unconventional oil', 'oil-credits', 'scrap', 'alumina', 'process heat paper', 'waste biomass for paper', 'process heat food processing', 'water_td_ind_W', 'water_td_ind_C'), @name))],
$coefs := local:generate-sector-input-coefs(distinct-values($currInputs/@name), $currTree, (), false()),
$ccs_coefs := local:generate-ccs-coefs($currTree, $coefs)
return
for $inputName in distinct-values($currInputs/@name)
return local:append-heirarchy($currTree, local:apply-coefs($inputName, $currInputs[@name=$inputName]/demand-physical, $ccs_coefs, false()))//text()
}
};
local:run-input-by-primary((:scenarios:), (:regions:), (:collection:))
]]></xPath>
<comments>WARNING: Results are slightly inflated due to improper secondary-output accounting</comments>
<labelRewriteList append-values="false">
<level name="input">
<rewrite from="water consumption CCS" to=""/>
<rewrite from="traditional biomass" to="j traditional biomass"/>
<rewrite from="seawater CCS" to=""/>
<rewrite from="traded EUR pipeline gas CCS" to="b natural gas CCS"/>
<rewrite from="coal CCS" to="c coal CCS"/>
<rewrite from="traded LNG" to="b natural gas"/>
<rewrite from="wind-H2 renewable" to="g wind"/>
<rewrite from="regional biomassOil CCS" to="d biomass CCS"/>
<rewrite from="traded coal" to="c coal"/>
<rewrite from="limestone" to=""/>
<rewrite from="seawater" to=""/>
<rewrite from="traded EUR pipeline gas" to="b natural gas"/>
<rewrite from="traded biomass CCS" to="d biomass CCS"/>
<rewrite from="traded PAC pipeline gas CCS" to="b natural gas CCS"/>
<rewrite from="geothermal-elect renewable CCS" to="i geothermal"/>
<rewrite from="hydro-elect renewable" to="f hydro"/>
<rewrite from="wind-elect renewable" to="g wind"/>
<rewrite from="nuclear-H2 renewable" to="e nuclear"/>
<rewrite from="crude oil" to="a oil"/>
<rewrite from="regional natural gas" to=""/>
<rewrite from="traded coal CCS" to="c coal CCS"/>
<rewrite from="natural gas CCS" to="b natural gas CCS"/>
<rewrite from="traded Afr_MidE pipeline gas CCS" to="b natural gas CCS"/>
<rewrite from="traded biomass" to="d biomass"/>
<rewrite from="traded RUS pipeline gas CCS" to="b natural gas CCS"/>
<rewrite from="traded PAC pipeline gas" to="b natural gas"/>
<rewrite from="regional woodpulp for energy" to="d biomass"/>
<rewrite from="regional woodpulp for energy CCS" to="d biomass CCS"/>
<rewrite from="geothermal-elect" to="i geothermal"/>
<rewrite from="traded Afr_MidE pipeline gas" to="b natural gas"/>
<rewrite from="water consumption" to=""/>
<rewrite from="renewable" to=""/>
<rewrite from="water withdrawals CCS" to=""/>
<rewrite from="coal" to="c coal"/>
<rewrite from="traded natural gas CCS" to="b natural gas CCS"/>
<rewrite from="traded RUS pipeline gas" to="b natural gas"/>
<rewrite from="regional corn for ethanol" to="d biomass"/>
<rewrite from="geothermal-elect renewable" to="i geothermal"/>
<rewrite from="crude oil CCS" to="a oil CCS"/>
<rewrite from="regional biomassOil" to="d biomass"/>
<rewrite from="wind-elect renewable CCS" to="g wind"/>
<rewrite from="regional corn for ethanol CCS" to="d biomass CCS"/>
<rewrite from="traded N.Amer pipeline gas" to="b natural gas"/>
<rewrite from="hydro-elect renewable CCS" to="f hydro"/>
<rewrite from="traded LA pipeline gas CCS" to="b natural gas CCS"/>
<rewrite from="regional sugar for ethanol CCS" to="d biomass CCS"/>
<rewrite from="traded unconventional oil CCS" to="a oil CCS"/>
<rewrite from="elect_td_ind" to=""/>
<rewrite from="biomass CCS" to="d biomass CCS"/>
<rewrite from="traded oil" to="a oil"/>
<rewrite from="traded oil CCS" to="a oil CCS"/>
<rewrite from="exotic-elect" to="j breakthrough"/>
<rewrite from="biomass" to="d biomass"/>
<rewrite from="nuclear-elect renewable" to="e nuclear"/>
<rewrite from="traded N.Amer pipeline gas CCS" to="b natural gas CCS"/>
<rewrite from="solar-elect renewable CCS" to="h solar"/>
<rewrite from="traded unconventional oil" to="a oil"/>
<rewrite from="regional sugar for ethanol" to="d biomass"/>
<rewrite from="natural gas" to="b natural gas"/>
<rewrite from="solar-elect renewable" to="h solar"/>
<rewrite from="traded natural gas" to="b natural gas"/>
<rewrite from="regional sugarbeet for ethanol" to="d biomass"/>
<rewrite from="water withdrawals" to=""/>
<rewrite from="solar-H2 renewable" to="h solar"/>
<rewrite from="global solar resource" to="h solar"/>
<rewrite from="wind-elect" to="g wind"/>
<rewrite from="traded LNG CCS" to="b natural gas CCS"/>
<rewrite from="nuclear-elect renewable CCS" to="e nuclear"/>
<rewrite from="traded LA pipeline gas" to="b natural gas"/>
</level>
</labelRewriteList>
</supplyDemandQuery>
<supplyDemandQuery title="resource production">
<axis1 name="resource">resource</axis1>
<axis2 name="Year">output</axis2>
<xPath buildList="true" dataName="output" group="false" sumAll="false">*[@type='resource']//output/node()</xPath>
<comments/>
</supplyDemandQuery>
<supplyDemandQuery title="resource production by tech and vintage">
<axis1 name="technology">technology[@name]</axis1>
<axis2 name="Year">physical-output[@vintage]</axis2>
<xPath buildList="true" dataName="output" group="false" sumAll="false">*[@type='resource']/*[@type='subresource']/
*[@type='technology']/output-primary[@type='output' (:collapse:)]/physical-output/node()</xPath>
<comments/>
<showAttribute attribute-name="year" level="technology"/>
</supplyDemandQuery>
<supplyDemandQuery title="resource supply curves">
<axis1 name="grade">grade</axis1>
<axis2 name="Year">available</axis2>
<xPath buildList="true" dataName="output" group="false" sumAll="false">*[@type='resource']//grade/available/node()</xPath>
<comments/>
</supplyDemandQuery>
<supplyDemandQuery title="regional primary energy prices">
<axis1 name="fuel">sector</axis1>
<axis2 name="Year">cost</axis2>
<xPath buildList="true" dataName="cost" group="false" sumAll="false">*[@type = 'sector' and (@name='regional oil' or @name='regional natural gas'
or @name='regional coal' or @name='regional biomass' or @name='nuclearFuelGenIII')]/
cost/text()</xPath>
<comments/>
</supplyDemandQuery>
</queryGroup>
<queryGroup name="energy transformation">
<queryGroup name="electricity">
<supplyDemandQuery title="elec gen by region (incl CHP)">
<axis1 name="region">region</axis1>
<axis2 name="Year">physical-output[@vintage]</axis2>
<xPath buildList="true" dataName="output" group="false" sumAll="true">*[@type='sector' (:collapse:)]//
*[@type='technology' (:collapse:) and not (@name='elect_td_bld')]/
*[@type='output' (:collapse:) and (@name='electricity' or @name='elect_td_bld')]/
physical-output/node()</xPath>
<comments/>
</supplyDemandQuery>
<supplyDemandQuery title="elec gen by subsector">
<axis1 name="subsector">subsector</axis1>
<axis2 name="Year">physical-output[@vintage]</axis2>
<xPath buildList="true" dataName="output" group="false" sumAll="false">*[@type='sector' (:collapse:) and (@name='electricity' or @name='elect_td_bld')]/
*[@type='subsector' and not (@name='elect_td_bld')]//*[@type='output']/
physical-output/node()</xPath>
<comments/>
</supplyDemandQuery>
<supplyDemandQuery title="elec gen by gen tech">
<axis1 name="technology">technology</axis1>
<axis2 name="Year">physical-output[@vintage]</axis2>
<xPath buildList="true" dataName="output" group="false" sumAll="false">*[@type='sector' (:collapse:) and
(@name='electricity' or @name='elect_td_bld' or @name='industrial energy use')]/
*[@type='subsector']/*[@type='technology' and not (@name='electricity' or @name='elect_td_bld')]/
*[@type='output' and (@name='electricity' or @name='elect_td_bld')]/
physical-output/node()</xPath>
<comments/>
</supplyDemandQuery>
<supplyDemandQuery title="elec gen by gen tech and cooling tech">
<axis1 name="technology">technology</axis1>
<axis2 name="Year">physical-output[@vintage]</axis2>
<xPath buildList="true" dataName="output" group="false" sumAll="false"> *[@type='sector' and (@name='electricity' or @name='elect_td_bld' or
contains(@name,'elec_')) and not(contains(@name, 'water_td'))]/
*[@type='subsector' and not (@name='elect_td_bld')]/
*[@type='technology' and not(@name='biomass (conv)' or @name='biomass (conv CCS)' or @name='biomass (IGCC)' or @name='biomass (IGCC CCS)'
or @name='coal (conv pul)' or @name='coal (conv pul CCS)' or @name='coal (IGCC)' or @name='coal (IGCC CCS)'
or @name='gas (steam/CT)' or @name='gas (CC)' or @name='gas (CC CCS)'
or @name='refined liquids (steam/CT)' or @name='refined liquids (CC)' or @name='refined liquids (CC CCS)'
or @name='geothermal' or @name='Gen_II_LWR' or @name='Gen_III'
or @name='CSP' or @name='CSP_storage')]/
*[@type='output']/physical-output/node()
</xPath>
<comments/>
<labelRewriteList append-values="false">
<level name="sector">
<rewrite from="elec_Gen_III" to="electricity"/>
<rewrite from="elec_CSP_storage" to="electricity"/>
<rewrite from="elec_refined liquids (steam/CT)" to="electricity"/>
<rewrite from="elec_geothermal" to="electricity"/>
<rewrite from="elec_refined liquids (CC)" to="electricity"/>
<rewrite from="elec_biomass (conv CCS)" to="electricity"/>
<rewrite from="elec_Gen_II_LWR" to="electricity"/>
<rewrite from="elec_gas (steam/CT)" to="electricity"/>
<rewrite from="elec_biomass (IGCC CCS)" to="electricity"/>
<rewrite from="elec_coal (IGCC CCS)" to="electricity"/>
<rewrite from="elec_coal (IGCC)" to="electricity"/>
<rewrite from="elec_coal (conv pul CCS)" to="electricity"/>
<rewrite from="elec_gas (CC)" to="electricity"/>
<rewrite from="elec_biomass (IGCC)" to="electricity"/>
<rewrite from="elec_coal (conv pul)" to="electricity"/>
<rewrite from="elec_CSP" to="electricity"/>
<rewrite from="elec_gas (CC CCS)" to="electricity"/>
<rewrite from="elec_biomass (conv)" to="electricity"/>
<rewrite from="elec_refined liquids (CC CCS)" to="electricity"/>
</level>
<level name="subsector">
<rewrite from="gas (CC)" to="gas"/>
<rewrite from="CSP" to="solar"/>
<rewrite from="gas (CC CCS)" to="gas"/>
<rewrite from="coal (IGCC CCS)" to="coal"/>
<rewrite from="biomass (conv)" to="biomass"/>
<rewrite from="Gen_II_LWR" to="nuclear"/>
<rewrite from="coal (conv pul)" to="coal"/>
<rewrite from="coal (IGCC)" to="coal"/>
<rewrite from="biomass (conv CCS)" to="biomass"/>
<rewrite from="gas (steam/CT)" to="gas"/>
<rewrite from="CSP_storage" to="solar"/>
<rewrite from="biomass (IGCC)" to="biomass"/>
<rewrite from="Gen_III" to="nuclear"/>
<rewrite from="coal (conv pul CCS)" to="coal"/>
<rewrite from="refined liquids (CC)" to="refined liquids"/>
<rewrite from="biomass (IGCC CCS)" to="biomass"/>
<rewrite from="refined liquids (CC CCS)" to="refined liquids"/>
<rewrite from="refined liquids (steam/CT)" to="refined liquids"/>
</level>
</labelRewriteList>
</supplyDemandQuery>
<supplyDemandQuery title="elec gen by gen tech and cooling tech and vintage">
<axis1 name="technology">technology</axis1>
<axis2 name="Year">physical-output[@vintage]</axis2>
<xPath buildList="true" dataName="output" group="false" sumAll="false">*[@type='sector' and (@name='electricity' or @name='elect_td_bld' or
contains(@name,'elec_')) and not(contains(@name, 'water_td'))]/
*[@type='subsector' and not (@name='elect_td_bld')]/
*[@type='technology' and not(@name='biomass (conv)' or @name='biomass (conv CCS)' or @name='biomass (IGCC)' or @name='biomass (IGCC CCS)'
or @name='coal (conv pul)' or @name='coal (conv pul CCS)' or @name='coal (IGCC)' or @name='coal (IGCC CCS)'
or @name='gas (steam/CT)' or @name='gas (CC)' or @name='gas (CC CCS)'
or @name='refined liquids (steam/CT)' or @name='refined liquids (CC)' or @name='refined liquids (CC CCS)'
or @name='geothermal' or @name='Gen_II_LWR' or @name='Gen_III'
or @name='CSP' or @name='CSP_storage')]/
*[@type='output']/physical-output/node()
</xPath>
<comments/>
<labelRewriteList append-values="false">
<level name="sector">
<rewrite from="elec_Gen_III" to="electricity"/>
<rewrite from="elec_CSP_storage" to="electricity"/>
<rewrite from="elec_refined liquids (steam/CT)" to="electricity"/>
<rewrite from="elec_geothermal" to="electricity"/>
<rewrite from="elec_refined liquids (CC)" to="electricity"/>
<rewrite from="elec_biomass (conv CCS)" to="electricity"/>
<rewrite from="elec_Gen_II_LWR" to="electricity"/>
<rewrite from="elec_gas (steam/CT)" to="electricity"/>
<rewrite from="elec_biomass (IGCC CCS)" to="electricity"/>
<rewrite from="elec_coal (IGCC CCS)" to="electricity"/>
<rewrite from="elec_coal (IGCC)" to="electricity"/>
<rewrite from="elec_coal (conv pul CCS)" to="electricity"/>
<rewrite from="elec_gas (CC)" to="electricity"/>
<rewrite from="elec_biomass (IGCC)" to="electricity"/>
<rewrite from="elec_coal (conv pul)" to="electricity"/>
<rewrite from="elec_CSP" to="electricity"/>
<rewrite from="elec_gas (CC CCS)" to="electricity"/>
<rewrite from="elec_biomass (conv)" to="electricity"/>
<rewrite from="elec_refined liquids (CC CCS)" to="electricity"/>
</level>
<level name="subsector">
<rewrite from="gas (CC)" to="gas"/>
<rewrite from="CSP" to="solar"/>
<rewrite from="gas (CC CCS)" to="gas"/>
<rewrite from="coal (IGCC CCS)" to="coal"/>
<rewrite from="biomass (conv)" to="biomass"/>
<rewrite from="Gen_II_LWR" to="nuclear"/>
<rewrite from="coal (conv pul)" to="coal"/>
<rewrite from="coal (IGCC)" to="coal"/>
<rewrite from="biomass (conv CCS)" to="biomass"/>
<rewrite from="gas (steam/CT)" to="gas"/>
<rewrite from="CSP_storage" to="solar"/>
<rewrite from="biomass (IGCC)" to="biomass"/>
<rewrite from="Gen_III" to="nuclear"/>
<rewrite from="coal (conv pul CCS)" to="coal"/>
<rewrite from="refined liquids (CC)" to="refined liquids"/>
<rewrite from="biomass (IGCC CCS)" to="biomass"/>
<rewrite from="refined liquids (CC CCS)" to="refined liquids"/>
<rewrite from="refined liquids (steam/CT)" to="refined liquids"/>
</level>
</labelRewriteList>
<showAttribute attribute-name="year" level="technology"/>
</supplyDemandQuery>
<supplyDemandQuery title="elec gen by gen tech and cooling tech (new)">
<axis1 name="technology">technology</axis1>
<axis2 name="Year">physical-output[@vintage]</axis2>
<xPath buildList="true" dataName="output" group="false" sumAll="false"> *[@type='sector' and (@name='electricity' or @name='elect_td_bld' or
contains(@name,'elec_')) and not(contains(@name, 'water_td'))]/
*[@type='subsector' and not (@name='elect_td_bld')]/
*[@type='technology' and not(@name='biomass (conv)' or @name='biomass (conv CCS)' or @name='biomass (IGCC)' or @name='biomass (IGCC CCS)'
or @name='coal (conv pul)' or @name='coal (conv pul CCS)' or @name='coal (IGCC)' or @name='coal (IGCC CCS)'
or @name='gas (steam/CT)' or @name='gas (CC)' or @name='gas (CC CCS)'
or @name='refined liquids (steam/CT)' or @name='refined liquids (CC)' or @name='refined liquids (CC CCS)'
or @name='geothermal' or @name='Gen_II_LWR' or @name='Gen_III'
or @name='CSP' or @name='CSP_storage')]/
*[@type='output']/physical-output[
@vintage=parent::*/parent::*/@year]/node()
</xPath>
<comments/>
<labelRewriteList append-values="false">
<level name="sector">
<rewrite from="elec_Gen_III" to="electricity"/>
<rewrite from="elec_CSP_storage" to="electricity"/>
<rewrite from="elec_refined liquids (steam/CT)" to="electricity"/>
<rewrite from="elec_geothermal" to="electricity"/>
<rewrite from="elec_refined liquids (CC)" to="electricity"/>
<rewrite from="elec_biomass (conv CCS)" to="electricity"/>
<rewrite from="elec_Gen_II_LWR" to="electricity"/>
<rewrite from="elec_gas (steam/CT)" to="electricity"/>
<rewrite from="elec_biomass (IGCC CCS)" to="electricity"/>
<rewrite from="elec_coal (IGCC CCS)" to="electricity"/>
<rewrite from="elec_coal (IGCC)" to="electricity"/>
<rewrite from="elec_coal (conv pul CCS)" to="electricity"/>
<rewrite from="elec_gas (CC)" to="electricity"/>
<rewrite from="elec_biomass (IGCC)" to="electricity"/>
<rewrite from="elec_coal (conv pul)" to="electricity"/>
<rewrite from="elec_CSP" to="electricity"/>
<rewrite from="elec_gas (CC CCS)" to="electricity"/>
<rewrite from="elec_biomass (conv)" to="electricity"/>
<rewrite from="elec_refined liquids (CC CCS)" to="electricity"/>
</level>
<level name="subsector">
<rewrite from="gas (CC)" to="gas"/>
<rewrite from="CSP" to="solar"/>
<rewrite from="gas (CC CCS)" to="gas"/>
<rewrite from="coal (IGCC CCS)" to="coal"/>
<rewrite from="biomass (conv)" to="biomass"/>
<rewrite from="Gen_II_LWR" to="nuclear"/>
<rewrite from="coal (conv pul)" to="coal"/>
<rewrite from="coal (IGCC)" to="coal"/>
<rewrite from="biomass (conv CCS)" to="biomass"/>
<rewrite from="gas (steam/CT)" to="gas"/>
<rewrite from="CSP_storage" to="solar"/>
<rewrite from="biomass (IGCC)" to="biomass"/>
<rewrite from="Gen_III" to="nuclear"/>
<rewrite from="coal (conv pul CCS)" to="coal"/>
<rewrite from="refined liquids (CC)" to="refined liquids"/>
<rewrite from="biomass (IGCC CCS)" to="biomass"/>
<rewrite from="refined liquids (CC CCS)" to="refined liquids"/>
<rewrite from="refined liquids (steam/CT)" to="refined liquids"/>
</level>
</labelRewriteList>
</supplyDemandQuery>
<supplyDemandQuery title="elec energy input by subsector">
<axis1 name="input">input</axis1>
<axis2 name="Year">demand-physical[@vintage]</axis2>
<xPath buildList="true" dataName="input" group="false" sumAll="false">*[@type='sector' and (@name='electricity' or @name='elect_td_bld' or
contains(@name,'elec_')) and not(contains(@name, 'water_td'))]/
*[@type='subsector' and not (@name='elect_td_bld')]/
*[@type='technology' (:collapse:) and not(
@name='biomass (conv)' or @name='biomass (conv CCS)' or @name='biomass (IGCC)' or @name='biomass (IGCC CCS)'
or @name='coal (conv pul)' or @name='coal (conv pul CCS)' or @name='coal (IGCC)' or @name='coal (IGCC CCS)'
or @name='gas (steam/CT)' or @name='gas (CC)' or @name='gas (CC CCS)'
or @name='refined liquids (steam/CT)' or @name='refined liquids (CC)' or @name='refined liquids (CC CCS)'
or @name='geothermal' or @name='Gen_II_LWR' or @name='Gen_III'
or @name='CSP' or @name='CSP_storage')]/
*[@type='input' and not( contains( @name, 'water')) and @name != 'oil-credits']/
demand-physical/node()
</xPath>
<comments/>
<labelRewriteList append-values="false">
<level name="sector">
<rewrite from="elec_Gen_III" to="electricity"/>
<rewrite from="elec_CSP_storage" to="electricity"/>
<rewrite from="elec_refined liquids (steam/CT)" to="electricity"/>
<rewrite from="elec_geothermal" to="electricity"/>
<rewrite from="elec_refined liquids (CC)" to="electricity"/>
<rewrite from="elec_biomass (conv CCS)" to="electricity"/>
<rewrite from="elec_Gen_II_LWR" to="electricity"/>
<rewrite from="elec_gas (steam/CT)" to="electricity"/>
<rewrite from="elec_biomass (IGCC CCS)" to="electricity"/>
<rewrite from="elec_coal (IGCC CCS)" to="electricity"/>
<rewrite from="elec_coal (IGCC)" to="electricity"/>
<rewrite from="elec_coal (conv pul CCS)" to="electricity"/>
<rewrite from="elec_gas (CC)" to="electricity"/>
<rewrite from="elec_biomass (IGCC)" to="electricity"/>
<rewrite from="elec_coal (conv pul)" to="electricity"/>
<rewrite from="elec_CSP" to="electricity"/>
<rewrite from="elec_gas (CC CCS)" to="electricity"/>
<rewrite from="elec_biomass (conv)" to="electricity"/>
<rewrite from="elec_refined liquids (CC CCS)" to="electricity"/>
</level>
<level name="subsector">
<rewrite from="gas (CC)" to="gas"/>
<rewrite from="CSP" to="solar"/>
<rewrite from="gas (CC CCS)" to="gas"/>
<rewrite from="coal (IGCC CCS)" to="coal"/>
<rewrite from="biomass (conv)" to="biomass"/>
<rewrite from="Gen_II_LWR" to="nuclear"/>
<rewrite from="coal (conv pul)" to="coal"/>
<rewrite from="coal (IGCC)" to="coal"/>
<rewrite from="biomass (conv CCS)" to="biomass"/>
<rewrite from="gas (steam/CT)" to="gas"/>
<rewrite from="CSP_storage" to="solar"/>
<rewrite from="biomass (IGCC)" to="biomass"/>
<rewrite from="Gen_III" to="nuclear"/>
<rewrite from="coal (conv pul CCS)" to="coal"/>
<rewrite from="refined liquids (CC)" to="refined liquids"/>
<rewrite from="biomass (IGCC CCS)" to="biomass"/>
<rewrite from="refined liquids (CC CCS)" to="refined liquids"/>
<rewrite from="refined liquids (steam/CT)" to="refined liquids"/>
</level>
</labelRewriteList>
</supplyDemandQuery>
<supplyDemandQuery title="elec energy input by elec gen tech">
<axis1 name="input">input</axis1>
<axis2 name="Year">demand-physical[@vintage]</axis2>
<xPath buildList="true" dataName="input" group="false" sumAll="false">*[@type='sector' and (@name='electricity' or @name='elect_td_bld' or
contains(@name,'elec_')) and not(contains(@name, 'water_td'))]/
*[@type='subsector' and not (@name='elect_td_bld')]/
*[@type='technology' and not(@name='biomass (conv)' or @name='biomass (conv CCS)' or @name='biomass (IGCC)' or @name='biomass (IGCC CCS)'
or @name='coal (conv pul)' or @name='coal (conv pul CCS)' or @name='coal (IGCC)' or @name='coal (IGCC CCS)'
or @name='gas (steam/CT)' or @name='gas (CC)' or @name='gas (CC CCS)'
or @name='refined liquids (steam/CT)' or @name='refined liquids (CC)' or @name='refined liquids (CC CCS)'
or @name='geothermal' or @name='Gen_II_LWR' or @name='Gen_III'
or @name='CSP' or @name='CSP_storage')]/
*[@type='input' and not( contains( @name, 'water')) and @name != 'oil-credits']/
demand-physical/node()
</xPath>
<comments/>
<labelRewriteList append-values="false">
<level name="sector">
<rewrite from="elec_Gen_III" to="electricity"/>
<rewrite from="elec_CSP_storage" to="electricity"/>
<rewrite from="elec_refined liquids (steam/CT)" to="electricity"/>
<rewrite from="elec_geothermal" to="electricity"/>
<rewrite from="elec_refined liquids (CC)" to="electricity"/>
<rewrite from="elec_biomass (conv CCS)" to="electricity"/>
<rewrite from="elec_Gen_II_LWR" to="electricity"/>
<rewrite from="elec_gas (steam/CT)" to="electricity"/>
<rewrite from="elec_biomass (IGCC CCS)" to="electricity"/>
<rewrite from="elec_coal (IGCC CCS)" to="electricity"/>
<rewrite from="elec_coal (IGCC)" to="electricity"/>
<rewrite from="elec_coal (conv pul CCS)" to="electricity"/>
<rewrite from="elec_gas (CC)" to="electricity"/>
<rewrite from="elec_biomass (IGCC)" to="electricity"/>
<rewrite from="elec_coal (conv pul)" to="electricity"/>
<rewrite from="elec_CSP" to="electricity"/>
<rewrite from="elec_gas (CC CCS)" to="electricity"/>
<rewrite from="elec_biomass (conv)" to="electricity"/>
<rewrite from="elec_refined liquids (CC CCS)" to="electricity"/>
</level>
<level name="subsector">
<rewrite from="gas (CC)" to="gas"/>
<rewrite from="CSP" to="solar"/>
<rewrite from="gas (CC CCS)" to="gas"/>
<rewrite from="coal (IGCC CCS)" to="coal"/>
<rewrite from="biomass (conv)" to="biomass"/>
<rewrite from="Gen_II_LWR" to="nuclear"/>
<rewrite from="coal (conv pul)" to="coal"/>
<rewrite from="coal (IGCC)" to="coal"/>
<rewrite from="biomass (conv CCS)" to="biomass"/>
<rewrite from="gas (steam/CT)" to="gas"/>
<rewrite from="CSP_storage" to="solar"/>
<rewrite from="biomass (IGCC)" to="biomass"/>
<rewrite from="Gen_III" to="nuclear"/>
<rewrite from="coal (conv pul CCS)" to="coal"/>
<rewrite from="refined liquids (CC)" to="refined liquids"/>
<rewrite from="biomass (IGCC CCS)" to="biomass"/>
<rewrite from="refined liquids (CC CCS)" to="refined liquids"/>
<rewrite from="refined liquids (steam/CT)" to="refined liquids"/>
</level>
<level name="technology">
<rewrite from="CSP (recirculating)" to="CSP"/>
<rewrite from="Gen_II_LWR (cooling pond)" to="Gen_II_LWR"/>
<rewrite from="refined liquids (CC CCS) (seawater)" to="refined liquids (CC CCS)"/>
<rewrite from="refined liquids (CC) (cooling pond)" to="refined liquids (CC)"/>
<rewrite from="Gen_III (once through)" to="Gen_III"/>
<rewrite from="coal (conv pul) (dry cooling)" to="coal (conv pul)"/>
<rewrite from="refined liquids (steam/CT) (seawater)" to="refined liquids (steam/CT)"/>
<rewrite from="biomass (IGCC CCS) (seawater)" to="biomass (IGCC CCS)"/>
<rewrite from="refined liquids (steam/CT) (recirculating)" to="refined liquids (steam/CT)"/>
<rewrite from="gas (CC) (seawater)" to="gas (CC)"/>
<rewrite from="biomass (IGCC) (once through)" to="biomass (IGCC)"/>
<rewrite from="refined liquids (steam/CT) (once through)" to="refined liquids (steam/CT)"/>
<rewrite from="biomass (IGCC CCS) (dry cooling)" to="biomass (IGCC CCS)"/>
<rewrite from="geothermal (recirculating)" to="geothermal"/>
<rewrite from="coal (conv pul CCS) (once through)" to="coal (conv pul CCS)"/>
<rewrite from="coal (conv pul CCS) (seawater)" to="coal (conv pul CCS)"/>
<rewrite from="coal (IGCC) (cooling pond)" to="coal (IGCC)"/>
<rewrite from="coal (conv pul CCS) (recirculating)" to="coal (conv pul CCS)"/>
<rewrite from="refined liquids (CC CCS) (once through)" to="refined liquids (CC CCS)"/>
<rewrite from="coal (IGCC CCS) (recirculating)" to="coal (IGCC CCS)"/>
<rewrite from="coal (IGCC) (recirculating)" to="coal (IGCC)"/>
<rewrite from="coal (IGCC CCS) (seawater)" to="coal (IGCC CCS)"/>
<rewrite from="coal (conv pul CCS) (dry cooling)" to="coal (conv pul CCS)"/>
<rewrite from="biomass (IGCC CCS) (once through)" to="biomass (IGCC CCS)"/>
<rewrite from="biomass (IGCC) (dry cooling)" to="biomass (IGCC)"/>
<rewrite from="gas (CC CCS) (seawater)" to="gas (CC CCS)"/>
<rewrite from="coal (IGCC) (seawater)" to="coal (IGCC)"/>
<rewrite from="Gen_II_LWR (once through)" to="Gen_II_LWR"/>
<rewrite from="refined liquids (CC) (recirculating)" to="refined liquids (CC)"/>
<rewrite from="gas (CC CCS) (once through)" to="gas (CC CCS)"/>
<rewrite from="refined liquids (steam/CT) (cooling pond)" to="refined liquids (steam/CT)"/>
<rewrite from="biomass (IGCC) (cooling pond)" to="biomass (IGCC)"/>
<rewrite from="Gen_III (cooling pond)" to="Gen_III"/>
<rewrite from="refined liquids (CC CCS) (cooling pond)" to="refined liquids (CC CCS)"/>
<rewrite from="coal (IGCC CCS) (dry cooling)" to="coal (IGCC CCS)"/>
<rewrite from="coal (conv pul CCS) (cooling pond)" to="coal (conv pul CCS)"/>
<rewrite from="biomass (conv CCS) (once through)" to="biomass (conv CCS)"/>
<rewrite from="coal (IGCC CCS) (cooling pond)" to="coal (IGCC CCS)"/>
<rewrite from="gas (CC) (recirculating)" to="gas (CC)"/>
<rewrite from="coal (conv pul) (recirculating)" to="coal (conv pul)"/>
<rewrite from="biomass (conv CCS) (seawater)" to="biomass (conv CCS)"/>
<rewrite from="biomass (conv CCS) (recirculating)" to="biomass (conv CCS)"/>
<rewrite from="Gen_III (recirculating)" to="Gen_III"/>
<rewrite from="Gen_II_LWR (recirculating)" to="Gen_II_LWR"/>
<rewrite from="gas (CC) (dry cooling)" to="gas (CC)"/>
<rewrite from="Gen_III (seawater)" to="Gen_III"/>
<rewrite from="coal (conv pul) (seawater)" to="coal (conv pul)"/>
<rewrite from="biomass (conv) (dry cooling)" to="biomass (conv)"/>
<rewrite from="gas (steam/CT) (once through)" to="gas (steam/CT)"/>
<rewrite from="biomass (IGCC CCS) (recirculating)" to="biomass (IGCC CCS)"/>
<rewrite from="gas (steam/CT) (recirculating)" to="gas (steam/CT)"/>
<rewrite from="CSP_storage (recirculating)" to="CSP_storage"/>
<rewrite from="biomass (conv) (seawater)" to="biomass (conv)"/>
<rewrite from="biomass (IGCC) (recirculating)" to="biomass (IGCC)"/>
<rewrite from="biomass (IGCC CCS) (cooling pond)" to="biomass (IGCC CCS)"/>
<rewrite from="gas (CC) (cooling pond)" to="gas (CC)"/>
<rewrite from="biomass (conv CCS) (cooling pond)" to="biomass (conv CCS)"/>
<rewrite from="biomass (conv) (cooling pond)" to="biomass (conv)"/>
<rewrite from="coal (conv pul) (once through)" to="coal (conv pul)"/>
<rewrite from="gas (CC CCS) (cooling pond)" to="gas (CC CCS)"/>
<rewrite from="CSP (dry_hybrid)" to="CSP"/>
<rewrite from="geothermal (dry_hybrid)" to="geothermal"/>
<rewrite from="refined liquids (CC) (dry cooling)" to="refined liquids (CC)"/>
<rewrite from="CSP_storage (dry_hybrid)" to="CSP_storage"/>
<rewrite from="refined liquids (CC) (once through)" to="refined liquids (CC)"/>
<rewrite from="gas (CC CCS) (recirculating)" to="gas (CC CCS)"/>
<rewrite from="coal (IGCC) (dry cooling)" to="coal (IGCC)"/>
<rewrite from="coal (IGCC) (once through)" to="coal (IGCC)"/>
<rewrite from="gas (CC CCS) (dry cooling)" to="gas (CC CCS)"/>
<rewrite from="refined liquids (steam/CT) (dry cooling)" to="refined liquids (steam/CT)"/>
<rewrite from="gas (steam/CT) (dry cooling)" to="gas (steam/CT)"/>
<rewrite from="coal (IGCC CCS) (once through)" to="coal (IGCC CCS)"/>
<rewrite from="biomass (conv) (recirculating)" to="biomass (conv)"/>
<rewrite from="biomass (IGCC) (seawater)" to="biomass (IGCC)"/>
<rewrite from="biomass (conv CCS) (dry cooling)" to="biomass (conv CCS)"/>
<rewrite from="biomass (conv) (once through)" to="biomass (conv)"/>
<rewrite from="refined liquids (CC CCS) (recirculating)" to="refined liquids (CC CCS)"/>
<rewrite from="Gen_II_LWR (seawater)" to="Gen_II_LWR"/>
<rewrite from="coal (conv pul) (cooling pond)" to="coal (conv pul)"/>
<rewrite from="refined liquids (CC CCS) (dry cooling)" to="refined liquids (CC CCS)"/>
<rewrite from="gas (steam/CT) (cooling pond)" to="gas (steam/CT)"/>
<rewrite from="gas (CC) (once through)" to="gas (CC)"/>
<rewrite from="refined liquids (CC) (seawater)" to="refined liquids (CC)"/>
<rewrite from="gas (steam/CT) (seawater)" to="gas (steam/CT)"/>
</level>
</labelRewriteList>
</supplyDemandQuery>
<supplyDemandQuery title="elec energy input by elec gen tech and cooling tech">
<axis1 name="input">input</axis1>
<axis2 name="Year">demand-physical[@vintage]</axis2>
<xPath buildList="true" dataName="input" group="false" sumAll="false">*[@type='sector' and (@name='electricity' or @name='elect_td_bld' or
contains(@name,'elec_')) and not(contains(@name, 'water_td'))]/
*[@type='subsector' and not (@name='elect_td_bld')]/
*[@type='technology' and not(@name='biomass (conv)' or @name='biomass (conv CCS)' or @name='biomass (IGCC)' or @name='biomass (IGCC CCS)'
or @name='coal (conv pul)' or @name='coal (conv pul CCS)' or @name='coal (IGCC)' or @name='coal (IGCC CCS)'
or @name='gas (steam/CT)' or @name='gas (CC)' or @name='gas (CC CCS)'
or @name='refined liquids (steam/CT)' or @name='refined liquids (CC)' or @name='refined liquids (CC CCS)'
or @name='geothermal' or @name='Gen_II_LWR' or @name='Gen_III'
or @name='CSP' or @name='CSP_storage')]/
*[@type='input' and not( contains( @name, 'water')) and @name != 'oil-credits']/
demand-physical/node()
</xPath>
<comments/>
<labelRewriteList append-values="false">
<level name="sector">
<rewrite from="elec_Gen_III" to="electricity"/>
<rewrite from="elec_CSP_storage" to="electricity"/>
<rewrite from="elec_refined liquids (steam/CT)" to="electricity"/>
<rewrite from="elec_geothermal" to="electricity"/>
<rewrite from="elec_refined liquids (CC)" to="electricity"/>
<rewrite from="elec_biomass (conv CCS)" to="electricity"/>
<rewrite from="elec_Gen_II_LWR" to="electricity"/>
<rewrite from="elec_gas (steam/CT)" to="electricity"/>
<rewrite from="elec_biomass (IGCC CCS)" to="electricity"/>
<rewrite from="elec_coal (IGCC CCS)" to="electricity"/>
<rewrite from="elec_coal (IGCC)" to="electricity"/>
<rewrite from="elec_coal (conv pul CCS)" to="electricity"/>
<rewrite from="elec_gas (CC)" to="electricity"/>
<rewrite from="elec_biomass (IGCC)" to="electricity"/>
<rewrite from="elec_coal (conv pul)" to="electricity"/>
<rewrite from="elec_CSP" to="electricity"/>
<rewrite from="elec_gas (CC CCS)" to="electricity"/>
<rewrite from="elec_biomass (conv)" to="electricity"/>
<rewrite from="elec_refined liquids (CC CCS)" to="electricity"/>
</level>
<level name="subsector">
<rewrite from="gas (CC)" to="gas"/>
<rewrite from="CSP" to="solar"/>
<rewrite from="gas (CC CCS)" to="gas"/>
<rewrite from="coal (IGCC CCS)" to="coal"/>