symtab definition nvars=35
V'3 type=2 datasrc=1 ---------------------------
0,0,0,0,0
pv.cost.total_installed
PV Capital Costs
Total Installed Cost

n,exprlines=1
=${pv.cost.total_direct}+${pv.cost.total_indirect}
min=0 max=0
0
V'3 type=2 datasrc=1 ---------------------------
0,0,0,0,0
pv.cost.plm.nonfixed
PV Capital Costs


n,exprlines=1
=${pv.cost.plm.percent}/100*${pv.cost.total_direct}
min=0 max=0
0
V'3 type=2 datasrc=1 ---------------------------
0,0,0,0,0
pv.cost.inverterarray.power
PV Capital Costs

kWac
n,exprlines=1
=${pv.cost.inverter.power}*${pv.cost.inverter.num_units}
min=0 max=0
0
V'3 type=2 datasrc=0 ---------------------------
0,0,1,0,0
pv.cost.fixed_bos
PV Capital Costs
Balance of System, Fixed

n,exprlines=0
min=0 max=0
0
V'3 type=2 datasrc=1 ---------------------------
0,0,0,0,0
pv.cost.total_direct
PV Capital Costs
Total Direct Cost

n,exprlines=6
=${pv.cost.module.totalcost}
+${pv.cost.inverter.totalcost}
+${pv.cost.storage.totalcost}
+${pv.cost.fixed_bos}
+${pv.cost.fixed_install}
+${pv.cost.contingency}
min=0 max=0
0
V'3 type=0 datasrc=0 ---------------------------
0,0,0,0,0
pv.cost.module.costunits
PV Capital Costs


n,exprlines=1
$/Wdc,$/Unit
min=0 max=0
0
V'3 type=2 datasrc=0 ---------------------------
0,0,1,0,0
pv.cost.storage.fixed
PV Capital Costs
Storage, Fixed

n,exprlines=0
min=0 max=0
0
V'3 type=2 datasrc=1 ---------------------------
0,0,0,0,0
pv.cost.sales_tax.value
PV Capital Costs
Sales Tax of

n,exprlines=1
=${fin.sales_tax}
min=0 max=0
0
V'3 type=0 datasrc=1 ---------------------------
0,0,0,0,0
pv.cost.inverter.num_units
PV Capital Costs
Inverter
units
n,exprlines=5
=?${case.technology}
[
	1,
	${pv.array.inverter_count}
]
min=0 max=0
0
V'3 type=2 datasrc=1 ---------------------------
0,0,0,0,0
pv.cost.plm.total
PV Capital Costs


n,exprlines=1
=${pv.cost.plm.nonfixed}+${pv.cost.plm.fixed}
min=0 max=0
0
V'3 type=2 datasrc=1 ---------------------------
0,0,0,0,0
pv.cost.installed_per_capacity
PV Capital Costs
Total Installed Cost per Capacity ($/Wdc)

n,exprlines=1
=0.001*${pv.cost.total_installed}/${pv.cost.modulearray.power}
min=0 max=0
0
V'3 type=2 datasrc=0 ---------------------------
0,0,1,0,0
pv.cost.fixed_install
PV Capital Costs
Installation, Fixed

n,exprlines=0
min=0 max=0
0
V'3 type=2 datasrc=0 ---------------------------
0,0,1,1,0
pv.cost.per_module
PV Capital Costs
Module Cost

n,exprlines=0
min=0 max=0
4.8399999999999999
V'3 type=2 datasrc=0 ---------------------------
0,0,1,0,0
pv.cost.contingency_percent
PV Capital Costs
Contingency

n,exprlines=0
min=0 max=0
0
V'3 type=0 datasrc=0 ---------------------------
0,0,0,0,0
pv.cost.inverter.costunits
PV Capital Costs


n,exprlines=1
$/Wac,$/Unit
min=0 max=0
0
V'3 type=2 datasrc=1 ---------------------------
0,0,0,0,0
pv.cost.epc.nonfixed
PV Capital Costs


n,exprlines=1
=${pv.cost.epc.percent}/100*${pv.cost.total_direct}
min=0 max=0
0
V'3 type=2 datasrc=1 ---------------------------
0,0,0,0,0
pv.cost.inverter.totalcost
PV Capital Costs


n,exprlines=6
=?${pv.cost.inverter.costunits}
[
	(${pv.cost.inverter.num_units}*${pv.cost.inverter.power})*1000,
	${pv.cost.inverter.num_units}
]
*${pv.cost.per_inverter}
min=0 max=0
0
V'3 type=2 datasrc=1 ---------------------------
0,0,0,0,0
pv.cost.storage.totalcost
PV Capital Costs


n,exprlines=1
=${pv.cost.storage.fixed}+${pv.cost.storage.per_kwh}*${pv.cost.storage.capacity}
min=0 max=0
0
V'3 type=2 datasrc=0 ---------------------------
0,0,1,0,0
pv.cost.epc.percent
PV Capital Costs
Engineer,Procure,Construct

n,exprlines=0
min=0 max=0
0
V'3 type=2 datasrc=1 ---------------------------
0,0,0,0,0
pv.cost.inverter.power
PV Capital Costs

kWac/unit
n,exprlines=9
=?${case.technology}
[
${pvwatts.dcrate},
0.001*?${pv.inv.model_type}
	[
		${pv.inv.spe.power_ac},
		${pv.inv.sandia.paco}
	]
]
min=0 max=0
0
V'3 type=2 datasrc=0 ---------------------------
0,0,1,1,0
pv.cost.plm.fixed
PV Capital Costs
Fixed PLM Cost
%
n,exprlines=0
min=0 max=0
0
V'3 type=0 datasrc=1 ---------------------------
0,0,0,0,0
pv.cost.module.num_units
PV Capital Costs
Module
units
n,exprlines=4
=?${case.technology}
[	1,
	${pv.array.modules_per_string}*${pv.array.strings_in_parallel}
]
min=0 max=0
0
V'3 type=2 datasrc=1 ---------------------------
0,0,0,0,0
pv.cost.module.totalcost
PV Capital Costs


n,exprlines=6
=?${pv.cost.module.costunits}
[
	(${pv.cost.module.num_units}*${pv.cost.module.power})*1000,
	${pv.cost.module.num_units}
]
*${pv.cost.per_module}
min=0 max=0
0
V'3 type=2 datasrc=1 ---------------------------
0,0,0,0,0
pv.cost.sales_tax.total
PV Capital Costs


n,exprlines=1
=${pv.cost.sales_tax.value}/100*${pv.cost.total_direct}*${pv.cost.sales_tax.percent}/100
min=0 max=0
0
V'3 type=2 datasrc=0 ---------------------------
0,0,1,0,0
pv.cost.plm.percent
PV Capital Costs
Project, Land, Miscellaneous

n,exprlines=0
min=0 max=0
0
V'3 type=2 datasrc=0 ---------------------------
0,0,1,1,0
pv.cost.per_inverter
PV Capital Costs
Inverter Cost

n,exprlines=0
min=0 max=0
0.70999999999999996
V'3 type=2 datasrc=1 ---------------------------
0,0,0,0,0
pv.cost.module.power
PV Capital Costs

kWdc/unit
n,exprlines=11
=?${case.technology}
[
${pvwatts.dcrate},
0.001*?${pv.mod.model_type}
	[
		${pv.mod.spe.power},
		${pv.mod.cec.p_mp_ref},
		${pv.mod.sandia.pmpo},
		${pv.mod.cpv.power}
	]
]
min=0 max=0
0
V'3 type=2 datasrc=1 ---------------------------
0,0,0,0,0
pv.cost.epc.total
PV Capital Costs


n,exprlines=1
=${pv.cost.epc.nonfixed}+${pv.cost.epc.fixed}
min=0 max=0
0
V'3 type=2 datasrc=1 ---------------------------
0,0,0,0,0
pv.cost.contingency
PV Capital Costs


n,exprlines=6
=${pv.cost.contingency_percent}/100*(
	 ${pv.cost.module.totalcost}
	+${pv.cost.inverter.totalcost}
	+${pv.cost.storage.totalcost}
	+${pv.cost.fixed_bos}
	+${pv.cost.fixed_install} )
min=0 max=0
0
V'3 type=2 datasrc=0 ---------------------------
0,0,1,1,0
pv.cost.sales_tax.percent
PV Capital Costs
Sales Tax Percentage of Direct Costs

n,exprlines=0
min=0 max=0
100.0
V'3 type=2 datasrc=0 ---------------------------
0,0,0,0,0
pv.cost.storage.per_kwh
PV Capital Costs

$/kWh
n,exprlines=0
min=0 max=0
0
V'3 type=2 datasrc=1 ---------------------------
0,0,0,0,0
pv.cost.modulearray.power
PV Capital Costs

kWdc
n,exprlines=1
=${pv.cost.module.power}*${pv.cost.module.num_units}
min=0 max=0
0
V'3 type=2 datasrc=0 ---------------------------
0,0,1,1,0
pv.cost.epc.fixed
PV Capital Costs
Fixed EPC Cost
$
n,exprlines=0
min=0 max=0
0
V'3 type=2 datasrc=1 ---------------------------
0,0,0,0,0
pv.cost.total_indirect
PV Capital Costs
Total Indirect Cost

n,exprlines=1
=${pv.cost.epc.total}+${pv.cost.plm.total}+${pv.cost.sales_tax.total}
min=0 max=0
0
V'3 type=2 datasrc=1 ---------------------------
0,0,0,0,0
pv.cost.storage.capacity
PV Capital Costs
Battery
kWh
n,exprlines=5
=?${case.technology}
[
${pv.storage.battery_capacity},
0
]
min=0 max=0
0
