Clarification needed on Contragravity Generators EC Consumption

[infomaniac50]

I'm trying to use the Contragravity Generators but they are consuming a massive amount of EC. The amount consumed for a 153368 kilogram vessel landed on Kerbin is 15336.7584 EC/s. However even the most powerful fusion reactor from FFT, the FX-3 Fusion Reactor only produces 10000 EC/s in D-D mode.

In the config file, the comment for ecMassPercentIncrease states, "Amount of increase in Electric Charge that it costs to run the generator. Computed as a percentage of vessel mass. So, if this value is 0.05 (the default), and the vessel masses 100 tonnes, then the EC cost increases by 5." Does this statement mean that a 100 ton vessel should cost 500 EC/s to run the Contragravity Generator? The Blueshift Fusion Reactor produces 4000 EC/s so the calculated value of 15336.7584 EC/s seems strange.

Blueshift/Source/Blueshift/GravTech/WBIContragravityGenerator.cs

Lines 118 to 149 in 8db8eeb

	protected override ConversionRecipe PrepareRecipe(double deltatime)
	{
	ConversionRecipe recipe = base.PrepareRecipe(deltatime);
	if (!HighLogic.LoadedSceneIsFlight || !IsActivated || isMissingResources)
	return recipe;
	// Compute modifiers based on vessel mass.
	float vesselMass = vessel.GetTotalMass();
	List<ResourceRatio> recipeInputs = recipe.Inputs;
	int count = recipeInputs.Count;
	ResourceRatio resource;
	for (int index = 0; index < count; index++)
	{
	// E.C. increases based on a percentage of the vessel's mass.
	if (recipe.Inputs[index].ResourceName == "electricCharge")
	{
	resource = recipeInputs[index];
	resource.Ratio += (1 + ecMassPercentIncrease) * vesselMass;
	recipeInputs[index] = resource;
	continue;
	}
	resource = recipeInputs[index];
	resource.Ratio *= vesselMass;
	recipeInputs[index] = resource;
	}
	// Now prepare recipe
	recipe.SetInputs(recipeInputs);
	return recipe;
	}

[Fivebuss]

Same here, the EC cost is outrageous, if even a top-tier fusion reactor cant sustain it then it simply isnt feasible without config changes