public async Task <IActionResult> Analyze([FromBody] AnalysisRequestViewModel model)
{
var request = _mapper.Map <AnalysisRequest>(model);
var analysis = await _analysisService.Analyze(model.SessionId, model.DatasetId, request);
var data = _mapper.Map <AnalysisViewModel>(analysis);
return(new OkObjectResult(new ApiResponse <AnalysisViewModel>("Request was analyzed.", data)));
}
public async Task <IActionResult> GetAnalysis([FromBody] AnalysisRequestViewModel vm)
{
var stationObservations = await _aeolusApiService.GetStationObservations(vm.StationIdentifier, vm.Start, vm.End);
var factory = new WindSpeedBinFactory();
var bins = factory.Create(stationObservations, vm.Strategy);
var analysis = new PowerGenerationAnalysis(stationObservations.Station, bins, vm);
return(PartialView("_AnalysisResults", analysis));
}
public PowerGenerationAnalysis(Station station, WindSpeedBin[] windSpeedBins, AnalysisRequestViewModel analysisRequest)
{
Station = station;
Start = windSpeedBins.Min(x => x.Date);
End = windSpeedBins.Max(x => x.Date);
BinCount = windSpeedBins.Length;
// https://www.windpowerengineering.com/construction/calculate-wind-power-output/
https: //www.ajdesigner.com/phpwindpower/wind_generator_power.php
AverageWindSpeed = windSpeedBins.Average(x => x.NormalizedWindSpeed) ?? 0;
var rotorSweptArea = Math.PI * Math.Pow(analysisRequest.RotorRadius, 2);
EstimatedKw = (0.5 * analysisRequest.AirDensity * rotorSweptArea * analysisRequest.PerformanceCoefficient * Math.Pow(AverageWindSpeed, 3)) / 1000;
EstimatedKwh = (End - Start).TotalHours * EstimatedKw;
}
