An energy engincer is assigned a task to quantify the techno$-$economics of proposed $5MW$ Floating wolar plant at UMP$-$Campus, Pekan. The solar plant is expected to operate at $23\%$ Capacity Utilisation Factor $($CUE$).$ I MW solar PV plant is expected to mitigate $900$ tons of CO$2$ year. The lifetime of solar $PV$ plan is $21$ years respectively. The solar tariff may be taken as $0\mathrm{.}38R\frac{M}{k}wh.$

For the above teenario,

$($a$)$ Estimate the technical performance based on arnual and life cycle energy of the solar plant.

$[5$ MARKS$]$

$($b$)$ Evaluate the economics of the plant based on payback and anaual revenues:

$[$S MARKS$]$

$($c$)$ Detennine the enviromental benefits baced on the life cyele carbon reduction:

$[5$ MARKS$]$

$($d$)$ Justify the feasibility of the plant bued on the fechno$-$economic assesument.

$[5$ MRKS$]$