Value for case study	Unit
$d{d}_{\mathit{rpts}}$	Demand in retailer $r$ for commodity $p$ in period $t$ under scenario $s,$	(s-1).40 + U(20,60)	Number
Costs:
$f{i}_i$	Activation cost for supplier $i,$	U(1,2).1000	Thousand Dollars (TDollar)
$f{m}_m$	Activation cost for manufacture	U(4,5).10000	TDollar
$f{d}_d$	Activation cost for DC $d,$	U(3,4).1000	TDollar
$f{r}_r$	Activation cost for retailer $r,$	U(1,2).1000	TDollar
$f{u}_u$	Activation cost for collection centers $u$,	U(2,3).1000	TDollar
$f{k}_k$	Activation cost for repairing centers $k$,	U(2,3).1000	TDollar
$f{e}_e$	Activation cost for disposal centers $e$,	U(1,2).1000	TDollar
$vi{m}_{\mathit{impts}}$	Variable cost for shipment from supplier $i$ to manufacture $m$ for commodity $p$ in period $t$ under scenario $s,$	U(3,4)/1000	TDollar
$vm{d}_{\mathit{mdpts}}$	Variable cost for shipment from manufacturer $m$ to DC $d$ for commodity $p$ in period $t$ under scenario $s,$	U(3,4)/1000	TDollar
$vd{r}_{\mathit{drpts}}$	Variable cost for shipment from DC $d$ to retailer $r$ for commodity $p$ in period $t$ under scenario $s,$	U(3,4)/1000	TDollar
$vr{u}_{\mathit{rupts}}$	Variable cost for shipment from retailer $r$ to collection centers $u$ for commodity $p$ in period $t$ under scenario $s,$	U(3,4)/1000	TDollar
$vu{k}_{\mathit{ukpts}}$	Variable cost for shipment from collection centers $u$ to repairing centers $k$ for commodity $p$ in period $t$ under scenario $s,$	U(3,4)/1000	TDollar
$vk{e}_{\mathit{kepts}}$	Variable cost for shipment from repairing centers $k$ to disposal centers $e$ for commodity $p$ in period $t$ under scenario $s,$	U(3,4)/1000	TDollar
$vk{m}_{\mathit{kmpts}}$	Variable cost for shipment from repairing centers $k$ to manufacturer $m$ for commodity $p$ in period $t$ under scenario $s,$	U(3,4)/1000	TDollar
$vk{v}_{\mathit{kvpts}}$	Variable cost for shipment from repairing centers $k$ to second customers $v$ for commodity $p$ in period $t$ under scenario $s,$	U(3,4)/1000	TDollar
Energy:
$e{i}_i$	Fix energy consumption for supplier $i,$	U(0.4,0.5)/3	Mega Watt (MW)
$e{m}_m$	Fix energy consumption for manufacture $m,$	U(5,6)/3	MW
$e{d}_d$	Fix energy consumption for DC $d,$	U(0.4,0.5)/3	MW
$e{r}_r$	Fix energy consumption for retailer $r,$	U(0.4,0.5)/3	MW
$e{u}_u$	Fix energy consumption for collection centers $u$,	U(0.4,0.5)/3	MW
$e{k}_k$	Fix energy consumption for repairing centers $k$,	U(0.4,0.5)/3	MW
$e{e}_e$	Fix energy consumption for disposal centers $e$,	U(0.4,0.5)/3	MW
$ei{m}_{\mathit{impts}}$	Variable energy for forward quantity from supplier $i$ to manufacture $m$ for commodity $p$ in period $t$ under scenario $s,$	U(2,3)/100/3	MW
$em{d}_{\mathit{mdpts}}$	Variable energy for forward quantity from manufacturer $m$ to DC $d$ for commodity $p$ in period $t$ under scenario $s,$	U(2,3)/100/3	MW
$ed{r}_{\mathit{drpts}}$	Variable energy for forward quantity from DC $d$ to retailer $r$ for commodity $p$ in period $t$ under scenario $s,$	U(2,3)/100/3	MW
$er{u}_{\mathit{rupts}}$	Variable energy for backward quantity from retailer $r$ to collection centers $u$ for commodity $p$ in period $t$ under scenario $s,$	U(2,3)/100/3	MW
$eu{k}_{\mathit{ukpts}}$	Variable energy for backward quantity from collection centers $u$ to repairing centers $k$ for commodity $p$ in period $t$ under scenario $s,$	U(2,3)/100/3	MW
$ek{e}_{\mathit{kepts}}$	Variable energy for backward quantity from repairing centers $k$ to disposal centers $e$ for commodity $p$ in period $t$ under scenario $s,$	U(2,3)/100/3	MW
$ek{m}_{\mathit{kmpts}}$	Variable energy for backward quantity from repairing centers $k$ to manufacturer $m$ for commodity $p$ in period $t$ under scenario $s,$	U(4,5)/100/3	MW
$ek{v}_{\mathit{kvpts}}$	Variable energy for backward quantity from repairing centers $k$ to second customers $v$ for commodity $p$ in period $t$ under scenario $s,$	U(2,3)/100/3	MW
${\text{Emax}}_{\mathit{ts}}$	Maximum energy consumption in period $t$ under scenario $s,$	120	MW
Capacity:
$Cap{i}_{\mathit{ipts}}$	Capacity of supplier $i$ for commodity $p$ in period $t$ under scenario $s,$	U(500,600).((s-1)0.0.5 + 1)	Num
$Cap{m}_{\mathit{mpts}}$	Capacity of manufacture $m$ for commodity $p$ in period $t$ under scenario $s,$	U(1000,1100).((s-1)0.0.5 + 1)	Num
$Cap{d}_{\mathit{dpts}}$	Capacity of DC $d$ for commodity $p$ in period $t$ under scenario $s,$	U(200,220).((s-1)0.0.5 + 1)	Num
$Cap{r}_{\mathit{rpts}}$	Capacity of retailer $r$ for commodity $p$ in period $t$ under scenario $s,$	U(300,330).((s-1)0.0.5 + 1)	Num
$Cap{u}_{\mathit{upts}}$	Capacity of collection centers $u$ for commodity $p$ in period $t$ under scenario $s,$	U(200,220).((s-1)0.0.5 + 1)	Num
$Cap{k}_{\mathit{kpts}}$	Capacity of repairing centers $k$ for commodity $p$ in period $t$ under scenario $s,$	U(50,55).((s-1)0.0.5 + 1)	Num
$Cap{e}_{\mathit{epts}}$	Capacity of disposal centers $e$ for commodity $p$ in period $t$ under scenario $s,$	U(30,33).((s-1)0.0.5 + 1)	Num
Other parameters
$p_s$	Probably of scenario $s,$	1/|S|	%
$\beta$	Conservative coefficient,	50	%
$\alpha$	Confidence level,	5	%
${\rho }^{\prime }$	Flow rate to manufacturing from repairing center,	70	%
${\rho }^{″}$	Flow rate to disposal center from repairing center,	20	%
${\rho }^{″\prime }$	Flow rate to the second customer from repairing center,	10	%
$\rho \rho$	Flow rate from supplier to manufacturing	90	%
$pr{i}_i$	Availability coefficient of supplier $i,$	U(95,98)	%
$pr{m}_m$	Availability coefficient of manufacture $m,$	U(95,98)	%
$pr{d}_d$	Availability coefficient of DC $d,$	U(95,98)	%
$pr{u}_u$	Availability coefficient of collection centers $u$,	U(95,98)	%
$pr{k}_k$	Availability coefficient of repairing centers $k$,	U(95,98)	%
$pr{e}_e$	Availability coefficient of disposal centers $e$,	U(95,98)	%
$\gamma$	Agility (responsive) rate	85	%
${\psi }_1$	Minimum amount of suppliers is needed to activate,	3	Num
${\psi }_2$	Minimum amount of distributing centers is needed to activate,	3	Num