Blazor webassembly with radzen setup
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DouweRavers
45
Services/BatterySimulator.cs
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45
Services/BatterySimulator.cs
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using System.Collections.Generic;
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using BatteryCostAnalysis.Models;
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namespace BatteryCostAnalysis.Services
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{
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public class BatterySimulator
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{
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public static List<BatteryDayResult> SimulateBattery(List<EnergyData> data, double batteryCapacity)
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{
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var results = new List<BatteryDayResult>();
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double remainingEnergy = 0;
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foreach (var day in data)
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{
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// Charge battery from production
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var totalProduction = day.DayProduction + day.NightProduction;
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var chargedEnergy = System.Math.Min(totalProduction, batteryCapacity);
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var excessProduction = totalProduction - chargedEnergy;
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// Use battery for consumption
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var totalConsumption = day.DayConsumption + day.NightConsumption;
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var usedEnergy = System.Math.Min(chargedEnergy + remainingEnergy, totalConsumption);
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var remainingAfterUse = chargedEnergy + remainingEnergy - usedEnergy;
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// Calculate reduced values
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var reducedConsumption = System.Math.Min(usedEnergy, totalConsumption);
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var reducedProduction = totalProduction - chargedEnergy;
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results.Add(new BatteryDayResult
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{
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Date = day.Date,
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ChargedEnergy = chargedEnergy,
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UsedEnergy = usedEnergy,
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RemainingEnergy = remainingAfterUse,
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ReducedConsumption = reducedConsumption,
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ReducedProduction = reducedProduction
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});
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remainingEnergy = remainingAfterUse;
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}
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return results;
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}
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}
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}
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54
Services/DataLoader.cs
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54
Services/DataLoader.cs
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using System;
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using System.Collections.Generic;
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using System.Globalization;
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using System.IO;
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using System.Linq;
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using BatteryCostAnalysis.Models;
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namespace BatteryCostAnalysis.Services
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{
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public class DataLoader
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{
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public static List<EnergyData> LoadAndProcessData(string filePath)
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{
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var energyData = new List<EnergyData>();
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var lines = File.ReadAllLines(filePath).Skip(1); // Skip header
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foreach (var line in lines)
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{
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var parts = line.Split(';');
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if (parts.Length < 9) continue;
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var date = DateTime.Parse(parts[0], new CultureInfo("nl-BE"));
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var register = parts[7].Trim();
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var volumeStr = parts[8].Trim();
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var volume = string.IsNullOrEmpty(volumeStr) ? 0 : double.Parse(volumeStr.Replace(",", "."), CultureInfo.InvariantCulture);
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var existing = energyData.FirstOrDefault(e => e.Date == date);
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if (existing == null)
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{
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existing = new EnergyData { Date = date };
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energyData.Add(existing);
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}
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switch (register)
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{
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case "Afname Dag":
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existing.DayConsumption = volume;
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break;
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case "Afname Nacht":
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existing.NightConsumption = volume;
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break;
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case "Injectie Dag":
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existing.DayProduction = volume;
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break;
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case "Injectie Nacht":
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existing.NightProduction = volume;
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break;
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}
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}
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return energyData;
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}
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}
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}
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86
Services/ReportGenerator.cs
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86
Services/ReportGenerator.cs
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using System;
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using System.Collections.Generic;
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using System.IO;
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using System.Linq;
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using BatteryCostAnalysis.Models;
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namespace BatteryCostAnalysis.Services
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{
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public class ReportGenerator
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{
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public static void GenerateReport(List<EnergyData> originalData, Dictionary<int, List<BatteryDayResult>> scenarios)
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{
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using (var writer = new StreamWriter("../../../BatteryAnalysisReport.md"))
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{
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writer.WriteLine("# Battery Cost Analysis Report\n");
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// Original data summary
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writer.WriteLine("## Original Data Summary");
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var totalConsumption = originalData.Sum(d => d.DayConsumption + d.NightConsumption);
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var totalProduction = originalData.Sum(d => d.DayProduction + d.NightProduction);
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writer.WriteLine($"Total Consumption: {totalConsumption:F2} kWh");
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writer.WriteLine($"Total Production: {totalProduction:F2} kWh\n");
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// Generate graph data
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writer.WriteLine("### Energy Consumption and Production\n");
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writer.WriteLine("```");
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writer.WriteLine("Date,Total Production,Total Consumption");
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foreach (var day in originalData)
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{
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var prod = day.DayProduction + day.NightProduction;
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var cons = day.DayConsumption + day.NightConsumption;
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writer.WriteLine($"{day.Date:yyyy-MM-dd},{prod:F2},{cons:F2}");
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}
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writer.WriteLine("```\n");
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writer.WriteLine("");
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writer.WriteLine("(Graph showing total production in green and total consumption in red)\n");
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// Scenario analysis
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foreach (var scenario in scenarios)
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{
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var batteryCount = scenario.Key;
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var results = scenario.Value;
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writer.WriteLine($"## Scenario with {batteryCount} Battery{(batteryCount > 1 ? "ies" : "")}");
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writer.WriteLine($"Battery Capacity: {batteryCount * 2.6} kWh\n");
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var totalReducedConsumption = results.Sum(r => r.ReducedConsumption);
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var totalReducedProduction = results.Sum(r => r.ReducedProduction);
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var savings = totalReducedConsumption * 0.30; // Assuming €0.30 per kWh
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writer.WriteLine($"Total Reduced Consumption: {totalReducedConsumption:F2} kWh");
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writer.WriteLine($"Total Reduced Production: {totalReducedProduction:F2} kWh");
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writer.WriteLine($"Estimated Annual Savings: €{savings:F2}\n");
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// Generate scenario graph data
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writer.WriteLine($"### Battery Performance for {batteryCount} Battery{(batteryCount > 1 ? "ies" : "")}\n");
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writer.WriteLine("```");
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writer.WriteLine("Date,Charged Energy,Used Energy,Remaining Energy");
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foreach (var result in results)
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{
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writer.WriteLine($"{result.Date:yyyy-MM-dd},{result.ChargedEnergy:F2},{result.UsedEnergy:F2},{result.RemainingEnergy:F2}");
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}
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writer.WriteLine("```\n");
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writer.WriteLine($"");
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writer.WriteLine("(Graph showing charged energy in blue, used energy in orange, and remaining energy in gray)\n");
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// Detailed daily results
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writer.WriteLine("### Daily Results");
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writer.WriteLine("| Date | Charged (kWh) | Used (kWh) | Remaining (kWh) |");
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writer.WriteLine("|------|---------------|------------|-----------------|");
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foreach (var result in results.Take(10)) // Show first 10 days
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{
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writer.WriteLine($"| {result.Date:yyyy-MM-dd} | {result.ChargedEnergy:F2} | {result.UsedEnergy:F2} | {result.RemainingEnergy:F2} |");
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}
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writer.WriteLine("\n---\n");
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}
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}
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Console.WriteLine("Report generated: BatteryAnalysisReport.md");
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}
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}
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}
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