WOLFRAM SYSTEM MODELER

BatchPlant_StandardWater

Model of an experimental batch plant

Diagram

Wolfram Language

In[1]:=
SystemModel["Modelica.Fluid.Examples.AST_BatchPlant.BatchPlant_StandardWater"]
Out[1]:=

Information

This information is part of the Modelica Standard Library maintained by the Modelica Association.

Documentation for this example can be found on the enclosing package.

BatchPlant_StandardWater.png

Parameters (1)

pipeDiameter

Value: 0.01

Type: Length (m)

Description: Pipe diameter

Components (49)

B5

Type: TankWith3InletOutletArraysWithEvaporatorCondensor

Description: Tank with Heating and Evaporation

V12

Type: ValveDiscreteRamp

Description: Valve for water/steam flows with discrete opening signal and ramp opening

V15

Type: ValveDiscreteRamp

Description: Valve for water/steam flows with discrete opening signal and ramp opening

HeatB5

Type: PrescribedHeatFlow

Description: Prescribed heat flow boundary condition

CoolingB7

Type: PrescribedHeatFlow

Description: Prescribed heat flow boundary condition

CoolingB6

Type: PrescribedHeatFlow

Description: Prescribed heat flow boundary condition

controller

Type: Controller

V11

Type: ValveDiscreteRamp

Description: Valve for water/steam flows with discrete opening signal and ramp opening

V8

Type: ValveDiscreteRamp

Description: Valve for water/steam flows with discrete opening signal and ramp opening

V9

Type: ValveDiscreteRamp

Description: Valve for water/steam flows with discrete opening signal and ramp opening

V2

Type: ValveDiscreteRamp

Description: Valve for water/steam flows with discrete opening signal and ramp opening

V4

Type: ValveDiscreteRamp

Description: Valve for water/steam flows with discrete opening signal and ramp opening

V3

Type: ValveDiscreteRamp

Description: Valve for water/steam flows with discrete opening signal and ramp opening

volume2

Type: TeeJunctionIdeal

Description: Splitting/joining component with static balances for an infinitesimal control volume

V6

Type: ValveDiscreteRamp

Description: Valve for water/steam flows with discrete opening signal and ramp opening

volume8

Type: TeeJunctionIdeal

Description: Splitting/joining component with static balances for an infinitesimal control volume

V23

Type: ValveDiscreteRamp

Description: Valve for water/steam flows with discrete opening signal and ramp opening

V1

Type: ValveDiscreteRamp

Description: Valve for water/steam flows with discrete opening signal and ramp opening

V22

Type: ValveDiscreteRamp

Description: Valve for water/steam flows with discrete opening signal and ramp opening

V5

Type: ValveDiscreteRamp

Description: Valve for water/steam flows with discrete opening signal and ramp opening

V24

Type: ValveDiscreteRamp

Description: Valve for water/steam flows with discrete opening signal and ramp opening

V25

Type: ValveDiscreteRamp

Description: Valve for water/steam flows with discrete opening signal and ramp opening

V20

Type: ValveDiscreteRamp

Description: Valve for water/steam flows with discrete opening signal and ramp opening

V19

Type: ValveDiscreteRamp

Description: Valve for water/steam flows with discrete opening signal and ramp opening

V10

Type: ValveDiscreteRamp

Description: Valve for water/steam flows with discrete opening signal and ramp opening

V21

Type: ValveDiscreteRamp

Description: Valve for water/steam flows with discrete opening signal and ramp opening

volume5

Type: TeeJunctionVolume

Description: Splitting/joining component with static balances for a dynamic control volume

V18

Type: ValveDiscreteRamp

Description: Valve for water/steam flows with discrete opening signal and ramp opening

P1

Type: PrescribedPump

Description: Centrifugal pump with ideally controlled speed

P2

Type: PrescribedPump

Description: Centrifugal pump with ideally controlled speed

B1

Type: TankWithTopPorts

Description: Tank with inlet/outlet ports and with inlet ports at the top

system

Type: System

Description: System properties and default values (ambient, flow direction, initialization)

P1_on

Type: TriggeredTrapezoid

Description: Triggered trapezoid generator

P2_on

Type: TriggeredTrapezoid

Description: Triggered trapezoid generator

B2

Type: TankWithTopPorts

Description: Tank with inlet/outlet ports and with inlet ports at the top

B3

Type: TankWithTopPorts

Description: Tank with inlet/outlet ports and with inlet ports at the top

B4

Type: TankWithTopPorts

Description: Tank with inlet/outlet ports and with inlet ports at the top

B7

Type: TankWithTopPorts

Description: Tank with inlet/outlet ports and with inlet ports at the top

pipeB1B2

Type: DynamicPipe

Description: Dynamic pipe model with storage of mass and energy

pipeB1B3

Type: StaticPipe

Description: Basic pipe flow model without storage of mass or energy

pipeB2B3

Type: StaticPipe

Description: Basic pipe flow model without storage of mass or energy

pipeB1B1

Type: StaticPipe

Description: Basic pipe flow model without storage of mass or energy

pipeB6Pump

Type: StaticPipe

Description: Basic pipe flow model without storage of mass or energy

pipeB7Pump

Type: StaticPipe

Description: Basic pipe flow model without storage of mass or energy

pipePump1B1

Type: DynamicPipe

Description: Dynamic pipe model with storage of mass and energy

pipePump2B2

Type: DynamicPipe

Description: Dynamic pipe model with storage of mass and energy

B6

Type: TankWithTopPorts

Description: Tank with inlet/outlet ports and with inlet ports at the top

multiPort

Type: MultiPort

Description: Multiply a port; useful if multiple connections shall be made to a port exposing a state

volume4

Type: TeeJunctionVolume

Description: Splitting/joining component with static balances for a dynamic control volume