Run boiloff in the background through Kerbalism

RealFuels/CryoCooler.cfg

@@ -0,0 +1,35 @@
+// Cryocooler defaults for RealFuels tanks.
+// The slider ceiling, mass/cost scaling, and the fraction-of-Carnot efficiency curve are
+// all KSPFields so they can be overridden per part config or via PARTUPGRADE for tech tiers.
+//
+// COP = (T_cold / (T_hot - T_cold)) * cryoCoolerEfficiency.Evaluate(T_cold)
+//
+// The default curve is calibrated to published flight cryocooler data:
+//   - 4 K class (He / lab):      ~1% of Carnot
+//   - 20 K class (LH2):          ~5-15% of Carnot (NICMOS ≈ 6%, modern RBC ≈ 10-15%)
+//   - 77-90 K class (LN2/LOX):   ~20-30% of Carnot (Sunpower CryoTel ≈ 24%, NASA RBC ≈ 30%)
+//   - 150+ K (mild refrigeration): ~40-50% of Carnot
+//
+// Mass: 0.08 t/kW input = 80 kg/kW (mid-range flight hardware including drive electronics)
+// Cost: 5000 funds/kW input (~$5M/kW, RO-flavored)
+
+// TODO: figure out something better than zzzRealFuels
+@PART[*]:HAS[@MODULE[ModuleFuelTanks]]:FOR[zzzRealFuels]
+{
+	@MODULE[ModuleFuelTanks]
+	{
+		maxCoolerInputKW = 20
+		coolerMassPerKWInput = 0.08
+		coolerCostPerKWInput = 5000
+		cryoCoolerEfficiency
+		{
+			key = 0 0
+			key = 4 0.01
+			key = 20 0.08
+			key = 65 0.20
+			key = 90 0.25
+			key = 150 0.40
+			key = 250 0.50
+		}
+	}
+}

RealFuels/Localization/en-us.cfg

@@ -178,10 +178,13 @@ Localization
         #RF_FuelTankRF_WallTemp = Wall Temp
         #RF_FuelTankRF_HeatPenetration = Heat Penetration
         #RF_FuelTankRF_BoiloffLoss = Boil-off Loss
-        #RF_FuelTankRF_AnalyticCooling = Analytic Cooling
         #RF_FuelTankRF_NoMLI = No MLI
         #RF_FuelTankRF_Boiloffunit = kg/hr
         #RF_FuelTankRF_kerbalismtips = boiloff product
+        #RF_FuelTankRF_CryoCoolerInputPower = Cooler Input Power
+        #RF_FuelTankRF_CryoCoolerLift = Cooling Lift
+        #RF_FuelTankRF_CryoCoolerDraw = Power Draw
+        #RF_FuelTankRF_CryoCoolerCOP = Avg COP
 
         #RF_TankDefineSelection_HighlyPressurized = Highly Pressurized
         #RF_TankDefineSelection_NotHighlyPressurized = Not Highly Pressurized

RealFuels/Localization/pt-br.cfg

@@ -174,10 +174,13 @@ Localization
         #RF_FuelTankRF_WallTemp				= Temp. da Parede
         #RF_FuelTankRF_HeatPenetration			= Penetração de Calor
         #RF_FuelTankRF_BoiloffLoss			= Perda por Evaporação
-        #RF_FuelTankRF_AnalyticCooling			= Resfriamento Analítico
         #RF_FuelTankRF_NoMLI				= Sem MLI
         #RF_FuelTankRF_Boiloffunit			= kg/h
         #RF_FuelTankRF_kerbalismtips			= produto de evaporação
+        #RF_FuelTankRF_CryoCoolerInputPower = Cooler Input Power
+        #RF_FuelTankRF_CryoCoolerLift = Cooling Lift
+        #RF_FuelTankRF_CryoCoolerDraw = Power Draw
+        #RF_FuelTankRF_CryoCoolerCOP = Avg COP
 
         #RF_TankDefineSelection_HighlyPressurized	= Altamente Pressurizado
         #RF_TankDefineSelection_NotHighlyPressurized	= Não Altamente Pressurizado

RealFuels/Localization/ru.cfg

@@ -174,10 +174,13 @@ Localization
         #RF_FuelTankRF_WallTemp = Температура стенок
         #RF_FuelTankRF_HeatPenetration = Проникащее тепло
         #RF_FuelTankRF_BoiloffLoss = Потери на испарение
-        #RF_FuelTankRF_AnalyticCooling = Аналитическое охлаждение
         #RF_FuelTankRF_NoMLI = Без ЭВТИ
         #RF_FuelTankRF_Boiloffunit = кг/ч
         #RF_FuelTankRF_kerbalismtips = резальтат испарения
+        #RF_FuelTankRF_CryoCoolerInputPower = Cooler Input Power
+        #RF_FuelTankRF_CryoCoolerLift = Cooling Lift
+        #RF_FuelTankRF_CryoCoolerDraw = Power Draw
+        #RF_FuelTankRF_CryoCoolerCOP = Avg COP
 
         #RF_TankDefineSelection_HighlyPressurized = Бак высокого давления
         #RF_TankDefineSelection_NotHighlyPressurized = Бак нормальн. давления

RealFuels/Localization/zh-cn.cfg

@@ -174,10 +174,13 @@ Localization
         #RF_FuelTankRF_WallTemp = 壁面温度
         #RF_FuelTankRF_HeatPenetration = 热渗透
         #RF_FuelTankRF_BoiloffLoss = 蒸发损耗
-        #RF_FuelTankRF_AnalyticCooling = 冷却分析
         #RF_FuelTankRF_NoMLI = 无隔热层
         #RF_FuelTankRF_Boiloffunit = 千克/时
         #RF_FuelTankRF_kerbalismtips = 蒸发产出
+        #RF_FuelTankRF_CryoCoolerInputPower = Cooler Input Power
+        #RF_FuelTankRF_CryoCoolerLift = Cooling Lift
+        #RF_FuelTankRF_CryoCoolerDraw = Power Draw
+        #RF_FuelTankRF_CryoCoolerCOP = Avg COP
 
         #RF_TankDefineSelection_HighlyPressurized = 高压
         #RF_TankDefineSelection_NotHighlyPressurized = 非高压

RealFuels/MFSSettings.cfg

@@ -5,9 +5,7 @@ MFSSETTINGS
 	BatteryMultiplier = 1
 
 	basemassUseTotalVolume = True
-
-	radiatorMinTempMult = 0.99
-
+
 	IgnoreFuelsForFill
 	{
 		IntakeAir = True