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+PART[radPanelLg]
{
@name = HeatPump_radPanelLg
@title = Zero-Boiloff Refrigeration Panel (large)
@description = A radially attachable device to keep tanks cool.
-MODULE[ModuleActiveRadiator],* {}
@maxTemp = 3200
@skinMaxTemp = 3200
@emissiveConstant = 0.85
@skinInternalConductionMult = 0.00001
@skinSkinConductionMult = 0.001
@heatConduction = 0.00001
@leaveTemp = true
MODULE
{
name = ModuleRealFuelsHeatPump
// Active tank refrigeration. Set this if you want cooling BEYOND heat penetration removal
heatTransfer = 20
// Part's heatConductivity. Only gets set if provided value is lower than the part's current values during HP initialization
heatConductivity = 0.12
// Part's skin-internal conduction factor. Only gets set if provided value is lower than the part's current values during HP initialization
// This is meant to represent any multi layered insulation present
skinInternalConductionMult = 1
// Percentage of max temp (skin and internal) at which throttling occurs
radiatorMaxTempCap = 0.8
// One RESOURCE node for each resource you want consumed (or gained!) for each watt of heat removed.
// NASA documents state that 114 We are required for each Wt removed
RESOURCE
{
name = ElectricCharge
rate = 0.114
}
}
}
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