Table 3 Values of different simulation parameters.

S.No	Parameter	Value	S.No	Parameter	Value
1	$\zeta_{PV}^{O\& M}$	0.057 $/h	11	$\eta_{B,Ch} /\eta_{B,Dch}$	0.85
2	$SOC_{B}^{\acute{M}}$	100%	12	$N_{EV}$	10,20,30
3	$SOC_{B}^{\acute{m}}$	30%	13	$\alpha_{E} ,\alpha_{V} ,\alpha_{R}$	30%,50%,20%
4	$E_{B}^{R}$	81kWh	14	$N_{EV\_P}$	3
5	$P_{G,Ex}^{\acute{M}}$	kW	15	$\eta_{EV,Ch} /\eta_{EV,Dch}$	90%
6	$P_{{G,{ }Im}}^{\acute{M}}$	− 35 kW	16	$D_{EV}$	4
7	$P_{{B,{\text{Ch}}/Dch}}^{\acute{M}}$	− 4.05 kW/4.05 kW	17	$TD_{{{ }L}}^{\acute{m}}$	3 h
8	$\Phi_{B}^{O\& M}$			$SOC_{EV}^{\acute{M}}$	100%
9	$\Psi_{B}^{O\& M}$	0.02854 $/h	19	$SOC_{EV,Dch}^{th}$	60%
10	$\rho_{B}$	5% per month

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S.No	Parameter	Value	S.No	Parameter	Value
1	\(\zeta_{PV}^{O\& M}\)	0.057 $/h	11	\(\eta_{B,Ch} /\eta_{B,Dch}\)	0.85
2	\(SOC_{B}^{\acute{M}}\)	100%	12	\(N_{EV}\)	10,20,30
3	\(SOC_{B}^{\acute{m}}\)	30%	13	\(\alpha_{E} ,\alpha_{V} ,\alpha_{R}\)	30%,50%,20%
4	\(E_{B}^{R}\)	81kWh	14	\(N_{EV\_P}\)	3
5	\(P_{G,Ex}^{\acute{M}}\)	kW	15	\(\eta_{EV,Ch} /\eta_{EV,Dch}\)	90%
6	\(P_{{G,{ }Im}}^{\acute{M}}\)	− 35 kW	16	\(D_{EV}\)	4
7	\(P_{{B,{\text{Ch}}/Dch}}^{\acute{M}}\)	− 4.05 kW/4.05 kW	17	\(TD_{{{ }L}}^{\acute{m}}\)	3 h
8	\(\Phi_{B}^{O\& M}\)			\(SOC_{EV}^{\acute{M}}\)	100%
9	\(\Psi_{B}^{O\& M}\)	0.02854 $/h	19	\(SOC_{EV,Dch}^{th}\)	60%
10	\(\rho_{B}\)	5% per month

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