public ElectricSourceUtilizationAdjustment(Dictionary <string, Statistic> stats, List <Country> countries)
{
/*
* eutilization_pctcapnuclear: Electric Utilization vs Nuclear Capacity 0.294 0.4 0.42883 n%/u%
* eutilization_pctcapfossil: Electric Utilization vs Fossil Capacity 0.149 0.4 0.44520 f%/u%
* eutilization_pctcaphydro: Electric Utilization vs Hydro Capacity 0.050 0.4 0.10781 h%/u%
* eutilization_pctcaprenew: Electric Utilization vs Renewable Capacity -0.543 0.4 -0.96077 r%/u%
*/
// Estimate Utilization
foreach (var item in stats.OrderBy(k => k.Key))
{
Console.WriteLine($"{item.Key}:\t{item.Value.Slope():F4}\n{item.Value.ToString()}");
}
var target = countries.FirstOrDefault <Country>(c => c.Name.Equals("United States"));
if (target is null)
{
Console.WriteLine("United States NOT found in country set");
return;
}
var source = target.Electric.Electricity.by_source;
Console.WriteLine(
$"{target.Name} PowerTWh: {IntelCore.XValue("eprodtwh", target):F3} Utilization%: {IntelCore.XValue("eutilization", target):F3} "
+ $"f: {IntelCore.XValue("pctcapfossil", target)} "
+ $"h: {IntelCore.XValue("pctcaphydro", target)} "
+ $"n: {IntelCore.XValue("pctcapnuclear", target)} "
+ $"r: {IntelCore.XValue("pctcaprenew", target)}"
);
// Utiization starts at .25 for nuclear, fossil, hydro, renew
// sum of utilizations always = 1 (100%) just like sum of capacity's
// Total utilization % for a country is ePowerGen total / Capacity total ==> c.Electric.ProdTWh / igc.YearCapacityTWhr (see XValue in IntelCore class)
// Adjust utilization down for renew take that and split it among the other three
// Search, calculate LR for each, take some capacity from the lowest and add that to each of the other three, repeat until cap's are equal.
// Keep track of how much was moved around to each one, this is the estimated utilization
Console.WriteLine();
}
private StringBuilder BuildReport(List <string> ReportColumns, string reportStats, string dv)
{
var reportSb = new StringBuilder();
#region Report header
foreach (var col in ReportColumns)
{
reportSb.Append($"{IntelCore.ColumnConfigs[col].Short} {IntelCore.ColumnConfigs[col].Unit}{dv}");
var match = Regex.Match(col, reportStats);
if (match.Success)
{
switch (match.Groups[1].Value)
{
case "eprod":
reportSb.Append($"Qx {IntelCore.GetXyUnits("eprod_gdp")}{dv}");
reportSb.Append($"Qx {IntelCore.GetXyUnits("eprod_emission")}{dv}");
break;
case "caphydro":
reportSb.Append($"Qx {IntelCore.GetXyUnits("capff_gdp")}{dv}");
break;
case "capff":
reportSb.Append($"Qx {IntelCore.GetXyUnits("caphydro_gdp")}{dv}");
reportSb.Append($"Qx {IntelCore.GetXyUnits("caphydro_emission")}{dv}");
break;
case "emission":
reportSb.Append($"Qx {IntelCore.GetXyUnits("gdp_emission")}{dv}");
break;
}
}
}
reportSb.Append("Country\n");
if (dv.Equals("|"))
{
reportSb.Append(IntelCore.WriteDivider(Regex.Matches(reportSb.ToString(), @"\|").Count) + "\n");
}
#endregion
#region report body
foreach (var c in _countryData.Countries.OrderByDescending(d => d.Electric.ProdTWh))
{
var kgEfossil = c.Electric.Electricity.by_source.fossil_fuels.percent / 100 * c.Electric.ProdTWh *
IntelCore.TWh2Kg;
var wrldKgEfossil = _countryData.World.Electric.Electricity.by_source.fossil_fuels.percent / 100 *
_countryData.World.Electric.ProdTWh * IntelCore.TWh2Kg;
var igc = c.Electric.Electricity.installed_generating_capacity;
if (igc == null)
{
continue;
}
var currentCap = igc.YearCapacityTWhr;
var futureCap50Y = igc.YearCapacityTWhr * 2;
foreach (var col in ReportColumns)
{
switch (IntelCore.ColumnConfigs[col].Format)
{
case "1":
reportSb.Append($"{IntelCore.XValue(col, c):F1}");
break;
case "2":
reportSb.Append($"{IntelCore.XValue(col, c):F2}");
break;
case "3":
reportSb.Append($"{IntelCore.XValue(col, c):F3}");
break;
case "4":
reportSb.Append($"{IntelCore.XValue(col, c):F4}");
break;
case "5":
reportSb.Append($"{IntelCore.XValue(col, c):F5}");
break;
default:
reportSb.Append($"{IntelCore.XValue(col, c)}");
break;
}
reportSb.Append($"{dv}");
var match = Regex.Match(col, reportStats);
if (match.Success)
{
switch (match.Groups[1].Value)
{
case "eprod":
reportSb.Append($"{_countryData.Stats.Stand("eprod_gdp", c):F3}{dv}");
reportSb.Append($"{_countryData.Stats.Stand("eprod_emission", c):F3}{dv}");
break;
case "caphydro":
reportSb.Append($"{_countryData.Stats.Stand("caphydro_gdp", c):F3}{dv}");
break;
case "capff":
reportSb.Append($"{_countryData.Stats.Stand("capff_gdp", c):F3}{dv}");
reportSb.Append($"{_countryData.Stats.Stand("capff_emission", c):F3}{dv}");
break;
case "emission":
reportSb.Append($"{_countryData.Stats.Stand("gdp_emission", c):F3}{dv}");
break;
}
}
}
reportSb.Append($"{c.Name}\n");
}
#endregion
return(reportSb);
}