(Solved): ASAP Tinton Falls (New Jersey) Tinton Falls Solar Farm (New Jersey) occupying A=40[ha](1[ha]=104[ ...

Tinton Falls (New Jersey) Tinton Falls Solar Farm (New Jersey) occupying $$A=40[ha]\left(1[ha]=10^{?}4\left[m^2\right]\right)$$ has $$q=190\left[{\mathrm{Wm}}^{?2}\right]$$ solar radiation averaged annually. The name plate capacity of the solar farm (the maximum power the plant can produce) is $$P_{pot}=19.88[\mathrm{MW}]$$ has a power output of $$P_{act}=26,652\left[\mathrm{MWhr}\left(y{r}^{?1}\right)\right]($$ Remember the difference between MWhr as unit of energy and MW as unit of power. Although, energy outputs of power plants are often reported in MWhr unit, but that includes a hidden unit of electricity produced over a year). a) What is electricity power average electricity power that the plant would deliver $$\left(P_{avg}\right)$$ if it could utilize all the available solar energy? b) What potential solar utilization efficiency $$\left({?}_{pot}\right)$$ if the plant operated at its name plat capacity all the time? c) What is the load factor $$(L)$$, the ratio of the power delivered relative to the power that the plant would deliver in $$24/7$$ operation? d) What is the actual efficiency $$\left({?}_{act}\right)$$ of the solar radiation utilization that the area of the plant receives?