design and simulation of a solar pv system - BRAC University ...
design and simulation of a solar pv system - BRAC University ...
design and simulation of a solar pv system - BRAC University ...
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
To <strong>design</strong> such types <strong>of</strong> <strong>system</strong>s, this section has different steps such as location, horizon<br />
<strong>and</strong> <strong>system</strong> sizing. To construct a <strong>system</strong>, there are many components like module,<br />
battery <strong>and</strong> inverter choosing, sizing array which show a number <strong>of</strong> module connected in<br />
series <strong>and</strong> parallel etc. PVSYST makes the users to interconnect this component to<br />
develop a virtual PV <strong>system</strong> <strong>and</strong> simulates that. After <strong>simulation</strong>, users get the <strong>simulation</strong><br />
result. By using the PVSYST s<strong>of</strong>tware, we have developed one.<br />
Simulation for <strong>BRAC</strong>U:<br />
First we have done preliminary <strong>design</strong> to gain primary knowledge <strong>and</strong> after that <strong>design</strong>ed<br />
a project <strong>of</strong> grid connected <strong>system</strong> for <strong>BRAC</strong>U. Here we have defined our location,<br />
orientation, <strong>and</strong> horizon. For location choosing, we have selected India as country instead<br />
<strong>of</strong> Bangladesh because we did not get Bangladesh in country selection option. Under<br />
India we have selected Dhaka as our site which matches with our latitude <strong>and</strong> longitude.<br />
Since we want to develop a PV <strong>system</strong> so we have chosen a module <strong>and</strong> an inverter,<br />
defined our monthly energy consumption rates <strong>and</strong> declared our planned power we want<br />
to generate. The parameters are given below in table 6 :<br />
34