Methods - Accessing fields
Index
EnergyModelsHeat.cap_lower_boundEnergyModelsHeat.driving_force_resourceEnergyModelsHeat.eff_carnotEnergyModelsHeat.heat_in_resourceEnergyModelsHeat.heat_loss_factorEnergyModelsHeat.level_chargeEnergyModelsHeat.level_dischargeEnergyModelsHeat.pipe_lengthEnergyModelsHeat.pipe_loss_factorEnergyModelsHeat.resource_heatEnergyModelsHeat.t_groundEnergyModelsHeat.t_sinkEnergyModelsHeat.t_sourceEnergyModelsHeat.t_supply
DHPipe
EnergyModelsHeat.pipe_length — Function
pipe_length(l::DHPipe)Returns the length of the pipe l.
EnergyModelsHeat.pipe_loss_factor — Function
pipe_loss_factor(l::DHPipe)Returns the heat loss factor λ for the pipe l.
EnergyModelsHeat.t_ground — Function
t_ground(l::DHPipe)Returns the ground temperature for the pipe l.
EnergyModelsHeat.resource_heat — Function
resource_heat(l::DHPipe)Returns the transported ResourceHeat for pipe l.
EnergyModelsHeat.t_supply — Function
t_supply(rh::ResourceHeat)
t_supply(rh::ResourceHeat, t)Return the supply temperature defined for a ResourceHeat.
t_supply(l::DHPipe)Returns the supply temperature of applied ResourceHeat.
HeatPump
EnergyModelsHeat.eff_carnot — Function
eff_carnot(n::HeatPump)
eff_carnot(n::HeatPump, t)Returns the Carnot efficiency of heat pump n as TimeProfile or in operational period t.
EnergyModelsHeat.t_sink — Function
t_sink(n::HeatPump)
t_sink(n::HeatPump, t)Returns the temperature of the heat sink for heat pump n as TimeProfile or in operational period t.
EnergyModelsHeat.t_source — Function
t_source(n::HeatPump)
t_source(n::HeatPump, t)Returns the temperature of the heat source for heat pump n as TimeProfile or in operational period t.
EnergyModelsHeat.cap_lower_bound — Function
cap_lower_bound(n::HeatPump)Returns the lower capacity bound for heat pump n.
EnergyModelsHeat.heat_in_resource — Function
heat_in_resource(n::HeatPump)Returns the resource for heat input for heat pump n.
EnergyModelsHeat.driving_force_resource — Function
driving_force_resource(n::HeatPump)Returns the resource for driving force, i.e., electricity, for heat pump n.
ThermalEnergyStorage
EnergyModelsHeat.heat_loss_factor — Function
heat_loss_factor(n::ThermalEnergyStorage)Returns the heat loss factor for storage n.
EnergyModelsHeat.level_discharge — Function
level_discharge(n::BoundRateTES)Returns the ratio of the maximum discharge rate and storage level capacity for TES n.
EnergyModelsHeat.level_charge — Function
level_charge(n::BoundRateTES)Returns the ratio of the maximum charge rate and storage level capacity for TES n.