PV system
Model109	LONGI LR4-72HPH-450
Rated power	$450\text{Wp}$
NOCT	${45}^{\circ }\text{C}$
$\beta$	$0.35\%$
$C_{\mathit{cap}}^{\mathit{PV}}$110	$857€/\text{kW}$
$C_{O\&M}^{\mathit{PV}}$	$1\%$
Life span	$25\text{years}$
PHES system111
${\eta }_t\times {\eta }_p$	75%
$C_{\mathit{cap}}^{\mathit{PHES}}$	$5131€/kW$
Cost of balance	$15€/kW$
$C_{\mathit{cap}}^{\mathit{stor}}$	$68€/kWh$
$C_{O\&M-f}^{\mathit{PHES}}$	$4.6€/kW$
$C_{O\&M-V}^{\mathit{PHES}}$	$0.22€\text{MWh}$
Ultra-capacitor
$C_{\mathit{cap}}^{\mathit{UC}}$112	$2000\mathrm{\$}kWh$
$C_{O\&M}^{\mathit{UC}}$	$1\%$
Life span112	Above 25 years
Inverter113
$C_{\mathit{cap}}^{\mathit{Inv}}$	$210\mathrm{\$}kW$
$C_{\mathit{rep}}^{\mathit{Inv}}$	$210\mathrm{\$}/kW$
$C_{O\&M}^{\mathit{Inv}}$	$1\%$
Life span	$15years$
Economic parameters
$i_n$	$7\%$
$i_f$	$3\%$
Lifetime of the project	$25years$
Algorithm parameters
Iteration	$200$
Population	$200$