A

suburban family home is prepared to invest a maximum of $7000$ in a

grid$-$connected PV system. The available roof surface area is $100$ m$2($length$=8$ m

and width $=5\mathrm{.}0$ m$)$ and is free of any shading obstacles. The estimated net

installed cost at present of a grid$-$connected PV system is $1\mathrm{.}5/$Wp$.$ The yearly

solar irradiation is $2000$ kWh$/$m$2/$yr$.$

Consider that:

$$ Details of inverter used:

$$ Nominal Power rating $($Maximum DC PV power PPV$,$ MAX$)$:

$5200$ W

$$ Maximum DC input Voltage VPV$,$ MAX: $750$ V

$$ Minimum DC input Voltage VPV$,$ MIN: $125$ V

$$ Maximum DC input Current IPV, MAX: $15$ A

$$ MPP Voltage range: $175$ V $500$ V

$$ Single$-$string inverter $-$ string inputs: $1$ string

The

surface area required for a $1$ kWp mono$-$c$-$Si array is $7$ m$2($roof$-$mounted$).$ The

exact dimensions of the mono$-$c$-$Si module used are $2$ m $\backslash$times $1$ m $($length $\backslash$times width$)$

The

PV module has the following characteristics:

$$ PMPP: $320$ Wp

$$ VMPP: $29\mathrm{.}5$ V

$$ IMPP: $8\mathrm{.}06$ A

$$ VOC: $36\mathrm{.}6$ V

$$ ISC: $8\mathrm{.}66$ A

$\backslash$alpha : $2\mathrm{.}0$ mA$/$C

$\backslash$beta :$-168\mathrm{.}63$ mV$/$C

You need to

make all calculation for the system and then draw the detailed block diagram.