function calculateInstalledCapacity(area, panelEfficiency) {
return area * panelEfficiency;
}
function getPanelEfficiency() {
var panelType = prompt("Select the type of panel:\n1. Mono-Si\n2. Poly-Si\n3. Other\nEnter your choice:");
if (panelType === '1') {
return 0.18;
} else if (panelType === '2') {
return 0.16;
} else if (panelType === '3') {
return parseFloat(prompt("Enter panel efficiency:"));
} else {
alert("Invalid choice. Using default panel efficiency of 0.18.");
return 0.18;
}
}
function getInverterEfficiency() {
var inverterType = prompt("Select the type of inverter:\n1. String Inverter\n2. Micro Inverter\n3. Other\nEnter your choice:");
if (inverterType === '1') {
return 0.95;
} else if (inverterType === '2') {
return 0.97;
} else if (inverterType === '3') {
return parseFloat(prompt("Enter inverter efficiency:"));
} else {
alert("Invalid choice. Using default inverter efficiency of 0.95.");
return 0.95;
}
}
var area = parseFloat(prompt("Enter the area of the system (in m²):"));
var panelEfficiency = getPanelEfficiency();
var inverterEfficiency = getInverterEfficiency();
var roofAngle = parseFloat(prompt("Enter the angle of the roof (in degrees):"));
var roofDirection = prompt("Enter the direction of the roof (N/S/E/W):");
var pricePerKwh = parseFloat(prompt("Enter the price per kWh (in your local currency):"));
var userCurrency = prompt("Enter your currency:");
var latitude = parseFloat(prompt("Enter the latitude of the location:"));
var longitude = parseFloat(prompt("Enter the longitude of the location:"));
var installedCapacity = calculateInstalledCapacity(area, panelEfficiency);
// Since we can't use pvlib, we'll simulate clear sky data and calculations
var monthlyOutputPower = [];
var monthlyOutputEnergy = [];
var totalIrradiance = 1000; // Simulated value for total irradiance for simplicity
for (var month = 0; month < 12; month++) {
monthlyOutputPower.push(installedCapacity * totalIrradiance / 1000); // kW
monthlyOutputEnergy.push((installedCapacity * totalIrradiance / 1000)); // kWh
}
var expectedYearlyOutputPower = monthlyOutputPower.reduce((a, b) => a + b, 0);
var expectedYearlyOutputEnergy = monthlyOutputEnergy.reduce((a, b) => a + b, 0);
var solarPanels = installedCapacity / panelEfficiency;
var solarInverters = installedCapacity / inverterEfficiency;
var specificYield = expectedYearlyOutputEnergy / area;
var systemEfficiency = expectedYearlyOutputEnergy / (installedCapacity * totalIrradiance);
console.log("Here are the results and graphs for planning your solar system:");
console.log("Installed Capacity: " + installedCapacity.toFixed(3) + " kW");
console.log("Total Global Solar Energy: " + expectedYearlyOutputEnergy.toFixed(3) + " kWh");
// As we cannot display graphs in the console, this is a placeholder
console.log("Graphs would be displayed here if this were a full web application.");
