ESEN $304-$ Assignment $2($Deadline is $23$:$59,15\mathrm{.}11\mathrm{.}2024)$

A FPSC with $2m^2$ surface area and $30$ tilted from the ground. Mass flow rate is $0\mathrm{.}02k\frac{g}{s}$

a$)$ Create a table including hours of the day and fill with collector inlet & outlet, tank initial & final temperatures.

b$)$ Find the efficiency of the FPSC on houly basis and draw the graph on which x$-$axis represents reduced temperature parameter and y $-$axis shows efficiency.

c$)$ Draw the shematic diagram of the system in two dimensional. Any drawing software can be used.

Assume that initial collector water inlet temperature is equal to $15C.$ Ambient temperature is changing during the day based on the location. The tank capacity is $50$ Liters. The overall heat transfer coefficient $U_L=8\frac{W}{m^{2\text{@}}}C$ and constant. Heat removal factor $F_R=0\mathrm{.}84$ and constant. Use hourly solar radiation for your location and date expressed before. Find the useful heat gains on hourly basis. If any parameter or equation is missing here, you can assume by referencing the book.

$\backslash$table$[[$Hour$,$Collector Inlet,Collector Outlet,Tank Initial,$\backslash$table$[[$Tank$],[$Final$]]],[00$:$00$ am$,,,,],[01$:$00$ am$,,,,],[02$:$00$ am$,,,,],[,*,,*,],[*,*,,*,*$