Energy Generation From Your Rooftop
- Input your rooftop area and monthly electricity consumption
- Based on your inputs, we will calculate the solar power generation possible which can in turn help reduce monthly electricity bills
Energy Generation From Your Rooftop
Looking to own customized calculators?
Talk to ramya@solarmango.com
Related Calculators
[embed_custom_field “energyconsumtion%js1”]
[insert_php]
if(isset($_POST[‘electricity’]) && isset($_POST[‘roofarea’])&& isset($_POST[‘solar_gen’]) ) {
$servername = ‘localhost’;
$username = ‘solarman_cal’;
$password = ‘mv)f848R4h~&’;
$dbname = ‘solarman_tools’;
// Create connection
$conn = mysql_connect($servername, $username, $password) or die(“Unable to connect to MySQL”);
mysql_select_db($dbname, $conn );
$e=($_POST[‘electricity’]);
$r=($_POST[‘roofarea’]);
$u=($_POST[‘solar_gen’]);
$ip = $_SERVER[‘REMOTE_ADDR’];
$date= date(‘Y-m-d’);
$sql = “INSERT INTO `energy_consumption` (`electricity`, `roofarea`, `solar_gen`, `date`, `ip`) VALUES (‘$e’,’$r’,’$u’,’$date’,’$ip’)”;
if (mysql_query($sql) === TRUE) {
} else {
echo “Error: ” .mysql_error() . “
“;
}
mysql_close($conn);
if(!empty($_POST[‘electricity’]) &&!empty($_POST[‘roofarea’]) &&!empty($_POST[‘solar_gen’]) ) {
$e=($_POST[‘electricity’]);
$e1 = str_replace( ‘,’, ”, $e );
if( is_numeric( $e1 ) ) {
$e = $e1;
}
$r=$_POST[‘roofarea’];
$r1 = str_replace( ‘,’, ”, $r );
if( is_numeric( $r1 ) ) {
$r = $r1;
}
$u=($_POST[‘solar_gen’]);
$g=(($r/10)*$u*30*0.8);
if($g <= $e){
$o= (($g*100)/$e);
if($o<=25) {
echo "
| Electricity consumption per month | “; echo number_format($e); echo ” kWh |
| Roof area available | “;echo number_format($r); echo ” Sq. m. |
| Rate of sunshine availability | “;echo $u; echo ” kWh per day |
|
Solar energy that can be generated with given area |
“; echo ” “;echo number_format($g);echo ” kWh |
|
% of your monthly consumption that can be met with solar |
“; echo round($o,2);echo “% |
- We take 10 Sq. m. as the required area for 1 kW solar panels
- Please note that the % is the maximum possible contribution, and might be lower if a large % of electricity is consumed mainly during non-sunlight hours and the solar plant does not use batteries to store solar power to use in the non-sunlight hours
- Panel efficiency is assumed to be 16%. For higher efficiency panels, a smaller roof top area will give a higher output
Looking to own customized calculators?
Talk to ramya@solarmango.com
}
else if(($o>25)&&($o<=100)) { echo "
Energy Generation From Your Rooftop
| Electricity consumption per month | “; echo number_format($e); echo ” kWh |
| Roof area available | “;echo number_format($r); echo ” Sq. m. |
| Rate of sunshine availability | “;echo $u; echo ” kWh per day |
|
Solar energy that can be generated with given area |
“; echo ” “;echo number_format($g);echo ” kWh |
|
% of your monthly consumption that can be met with solar |
“; echo round($o,2);echo “% |
- We take 10 Sq. m. as the required area for 1 kW solar panels
- Please note that the % is the maximum possible contribution, and might be lower if a large % of electricity is consumed mainly during non-sunlight hours and the solar plant does not use batteries to store solar power to use in the non-sunlight hours
- Panel efficiency is assumed to be 16%. For higher efficiency panels, a smaller roof top area will give a higher output
Looking to own customized calculators?
Talk to ramya@solarmango.com
}
}
else {
$i=(($e/120)*10);
$o= (($g*100)/$e);
$x=(($i*100)/($r*0.8));
echo “
Energy Generation From Your Rooftop
| Electricity consumption per month | “; echo number_format($e); echo ” kWh |
| Shade-free roof area available | “;echo number_format($r); echo ” Sq. m. |
| Solar generation per kW per day | “;echo $u; echo ” kWh |
Solar on “;echo number_format($r); echo ” Sq. m. roof area can generate “;echo number_format($o); echo “%* (“;echo number_format($g ); echo ” kWh) of solar power per month
In order to satisfy your energy consumption “;echo round($i,2); echo ” Sq. m. (“;echo round($x,2); echo “%) of shade free roof area is sufficient
We take 10 Sq. m. as the required area for 1 kW solar panels
*Please note that the % is the maximum possible contribution, and might be lower if a large % of electricity is consumed mainly during non-sunlight hours and the solar plant does not use batteries to store solar power to use in the non-sunlight hours.’
Panel efficiency is assumed to be 16%. For higher efficiency panels, a smaller roof top area will give a higher output.
Looking to own customized calculators?
Talk to ramya@solarmango.com
}
} else {
echo “
Please enter all the fields
}
}
[/insert_php]