Software: PhotoSun - System - 0.0.0.2v - Sizing and Calculation for Photovoltaic System

 Project template for NetBeans IDE, Software built in JavaFX, built for Sizing and Calculation for Photovoltaic Systems, in the software it is possible to convert watts to volts and vice versa (basic mode), calculate the power of the modules, it is also possible to calculate the generation of solar energy and size and calculate the quantity of modules.

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// Author: PHNO - Tecnologo | Pos-Graduado
// Data Release: 05/11/2024
// Versão Código: 0.0.0.2v
// Replit: @PHNO, @PHREPLIT
// E-mail: phreplit@gmail.com

// Software: PhotoSun - System - 0.0.0.2v - Sizing and Calculation for Photovoltaic System, com GUI[interface grafica] e compilacao em ambiente desktop.

package photosun.system;

import java.net.URL;
import java.util.ResourceBundle;
import javafx.event.ActionEvent;
import javafx.fxml.FXML;
import javafx.fxml.Initializable;
import javafx.scene.control.Alert;
import javafx.scene.control.ButtonType;
import javafx.scene.control.Label;
import javafx.scene.control.TextField;
//import javafx.scene.control.Button;
//import javafx.scene.control.Label;

/**
 *
 * @author Paulo Henrique
 */
    
public class FXMLDocController implements Initializable {
    
    @FXML
    public TextField textfield;
    public TextField textfield1;
    public TextField textfield2;
    public TextField textfield3;
    public TextField textfield4;
    public TextField textfield5; 
    public TextField textfield6;
    public TextField textfield7;
    public TextField textfield8; 
    public TextField textfield9;
    public TextField textfield10;
    public TextField textfield11; 
    public TextField textfield12;
    public TextField textfield13;
    public TextField textfield14; 
    public TextField textfield15;
    public TextField textfield16;
    public TextField textfield17;
    public TextField textfield18;
    public TextField textfield19; 
    public TextField textfield20;
    public TextField textfield21;
    
    @FXML
    public void reset1(ActionEvent event) {
        textfield.setText("");
        textfield1.setText("");
        
    };
    
    @FXML
    public void reset2(ActionEvent event) {
        textfield2.setText("");
        textfield3.setText("");
        
    };
    
    @FXML
    public void reset3(ActionEvent event) {
        textfield4.setText("");
        textfield5.setText("");
        textfield6.setText("");
        
    };
    
    @FXML
    public void reset4(ActionEvent event) {
        textfield7.setText("");
        textfield8.setText("");
        textfield9.setText("");
        textfield10.setText("");
        
    };
    
    @FXML
    public void reset5(ActionEvent event) {
        textfield11.setText("");
        textfield12.setText("");
        textfield13.setText("");
        textfield14.setText("");
        
    };
    
    @FXML
    public void reset6(ActionEvent event) {
        textfield15.setText("");
        textfield16.setText("");
        textfield17.setText("");
        textfield18.setText("");
        
    };
    
    @FXML
    public void reset7(ActionEvent event) {
        textfield19.setText("");
        textfield20.setText("");
        textfield21.setText("");
        
    };
    
    @FXML
    public void calc_1(ActionEvent event) {
        int var1 = 10;
    int mult = Integer.parseInt(textfield.getText())*(var1);    
    textfield1.setText(String.valueOf(mult));

    }
    
    @FXML
    public void calc_2(ActionEvent event) {
        int var2 = 10;
    int div = Integer.parseInt(textfield2.getText())/(var2);    
    textfield3.setText(String.valueOf(div));

    }
    
    @FXML
    public void calc_3(ActionEvent event) {
         int mult2 = Integer.parseInt(textfield4.getText())*Integer.parseInt(textfield5.getText());
     textfield6.setText(String.valueOf(mult2)); 

    }
    
    @FXML
    public void calc_4(ActionEvent event) {
         int var3 = 1000;
     int mult3 = Integer.parseInt(textfield7.getText())*Integer.parseInt(textfield8.getText())*Integer.parseInt(textfield9.getText());
     int result = mult3 / var3;
     textfield10.setText(String.valueOf(result)); 

    }
    
    @FXML
    public void calc_5(ActionEvent event) {
         int var4 = 1000;
     int mult4 = Integer.parseInt(textfield11.getText())*Integer.parseInt(textfield12.getText())*Integer.parseInt(textfield13.getText());
     int result2 = mult4 / var4;
     textfield14.setText(String.valueOf(result2)); 

    }
    
    @FXML
    public void calc_6(ActionEvent event) {
         int var5 = 1000;
     int mult5 = Integer.parseInt(textfield15.getText())*Integer.parseInt(textfield16.getText())*Integer.parseInt(textfield17.getText());
     int result3 = mult5 / var5;
     textfield18.setText(String.valueOf(result3)); 
    }
    
    @FXML
    public void calc_7(ActionEvent event) {
         int div2 = Integer.parseInt(textfield19.getText())/Integer.parseInt(textfield20.getText());
     textfield21.setText(String.valueOf(div2)); 

    }
    
    @FXML
    public void info(ActionEvent event) {
        Alert alert = new Alert(Alert.AlertType.INFORMATION); // mudar para Alert.AlertType.CONFIRMATION, duas opcoes OK e CANCEL
        
        alert.setTitle("Info");
        alert.setContentText("\nBasic Conversion - To convert volts to watts we multiply the volts by 10."
        +"\nBasic Conversion - To convert watts to volts we divide the watts by 10."
        +"\nTo calculate the power of the modules, we multiply the nominal power of the module by the number of modules."
        +"\nTo calculate weekly generation we use the calculation (power of modules) x (hours per day) x (days per week) "

        + "\nand the result will be in watts hour and then to get it in kwh we will divide by 1000 to convert to kwh, as calculated in 4 option in this software."
        +"\nTo calculate the monthly generation we use the calculation (power of the modules) x (hours per day) x (days per month) "

        + "\nand the result will be in watts hour and then to get it in kwh we will divide by 1000 to convert to kwh, as calculated in 5 option in this software."
        +"\nTo calculate the annual generation we use the calculation (power of the modules) x (hours per day) x (days per year) "

        + "\nand the result will be in watts hour and then to get it in kwh we will divide by 1000 to convert to kwh, as calculated in 6 option in this software."
        +"\nTo calculate and size the number of modules that make a solar panel, we use the following calculation:"
        +"\nCalculated system power (Pfv[BR]) in watts divided by the nominal module power in watts = the Number of Modules."
        +"\nTo convert 1kwh to 1wh just do the calculation e.g.: 73kwh to wh will be 73000wh. So it will be 1kwh = 1000wh.");
        alert.showAndWait();
        
        if(alert.getResult() == ButtonType.OK){
           //
        } // if (alert.getResult() == ButtonType.CANCEL) { 
         // System.exit(0); // ao clicar em cancel, sai da msg de alerta e fecha a aplicação desktop
        //}

    }
    
    @FXML
    public void about(ActionEvent event) {
        Alert alert = new Alert(Alert.AlertType.INFORMATION); // mudar para Alert.AlertType.CONFIRMATION, duas opcoes OK e CANCEL
        
        alert.setTitle("About");
        alert.setContentText("\nSoftware: PhotoSun - Sizing and Calculation for Photovoltaic System\n"+"\nAuthor: PHNO"+"\nData Release: 08/11/2024"+"\nVersao Codigo: 0.0.0.2v"+"\nReplit: @PHNO, @PHREPLIT"+"\nE-mail: phreplit@gmail.com");
        alert.showAndWait();
        
        if(alert.getResult() == ButtonType.OK){
           //
        } // if (alert.getResult() == ButtonType.CANCEL) { 
         // System.exit(0); // ao clicar em cancel, sai da msg de alerta e fecha a aplicação desktop
        //}

    }
    
    @FXML
    public void cleardata(ActionEvent event) {
        textfield.setText("");
        textfield1.setText("");
        textfield2.setText("");
        textfield3.setText("");
        textfield4.setText("");
        textfield5.setText(""); 
        textfield6.setText("");
        textfield7.setText("");
        textfield8.setText(""); 
        textfield9.setText("");
        textfield10.setText("");
        textfield11.setText(""); 
        textfield12.setText("");
        textfield13.setText("");
        textfield14.setText(""); 
        textfield15.setText("");
        textfield16.setText("");
        textfield17.setText("");
        textfield18.setText("");
        textfield19.setText(""); 
        textfield20.setText("");
        textfield21.setText(""); 
    }
    
    @Override
    public void initialize(URL url, ResourceBundle rb) {
        // TODO
    }    
    
}

 

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