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Concentrating Solar Power Library

Overview
90 Available Units
Example Projects

CSP_Lib, the Concentrating Solar Power Library provides all components to model and analyze concentrating solar power system. CSP_Lib supports the following technologies:

  • Parabolic Trough Collectors
  • Direct Steam Generation
  • Central Receiver/Heliostat Technologies

Working Media

Water Water and Steam
Gases
Mixtures of one or more of the following ideal gases: AR, C2H6, C3H8, CH4, CO, CO2, H2, H2O, H2S, H2S, N2, SO2
Heat Transfer Fluids















Aral_Farolin_S, Aral_Farolin_T, Aral_Farolin_U, AVIA_Thermofluid_A, AVIA_Thermofluid_B, AVIA_Thermofluid_S, Bayer_Baysilone_KT_10, Bayer_DiphyI_KT, Bayer_Diphyl, Bayer_Diphyl_DT, Bayer_Diphyl_THT, BP_Olex_WF_0801, BP_Transcal_LT, BP_Transcal_N, Deacal_32, Deacal_46, Deacal_A_12, Deacal_HT_22, Dow_Syltherm_800, Dow_Syltherm_HF, Dow_Syltherm_XLT, Dowtherm_A, Dowtherm_G, Dowtherm_HT, Dowtherm_J, Dowtherm_Q, Dowtherm_RP, Dowtherm_T, Durferrit_ASD, Esso_Thermaloel_S, Esso_Thermaloel_T, Essotherm_650, Fina_Caloran_32, Finkotherm_M_300, Finkotherm_S300, Fragol_Agotherm_Q_32, Fragol_Calflo_AF, Fragol_Calflo_FG, Fragol_Calflo_HTF, Fragol_Calflo_LT, Fragol_Dowtherm_J, Fragol_Therminol, Fragol_Ucotherm_HK, Fragol_Ucotherm_HL, Fragol_Ucotherm_HM, Fragol_Ucotherm_HT, Fragol_Ucotherm_S_15_A, Fragol_Ucotherm_S_20_A, ICI_Thermocal_HT_4, ICI_Thermocal_HT_6, ICI_Thermocal_HT_8, Illexan_S, Marlotherm_LH, Marlotherm_N, Marlotherm_SH, Marlotherm_X, Mediatherm_250_LL, Mihatherm_WU_10, Mihatherm_WU_46, Minera_Thermaloel_36, Minera_Thermaloel_4, Mobiltherm_594, Mobiltherm_603, OMV_Oel_WT_15, OMV_Oel_WT_32, OMV_Oel_WT_46, Q_8_Gluck_H, Q_8_Gluck_L, Q_8_Gluck_M, Renolin_Therm_250, Renolin_Therm_320, Rhenotherm_350_S, Shell_Cassida_HT_32, Shell_Thermia_Oel_A, Shell_Thermia_Oel_B, Solutia_Therminol_59, Solutia_Therminol_66, Solutia_Therminol_68, Solutia_Therminol_72, Solutia_Therminol_ADX_10, Solutia_Therminol_ALD, Solutia_Therminol_D12, Solutia_Therminol_LT, Solutia_Therminol_RD, Solutia_Therminol_SP, Solutia_Therminol_VP_1

Nitrate_Salt_Na_K_60_40

CR_Heliostat
heliostat for CRS
E_Grid
electrical power to/from grid
gear
gears
generator
generator
G_Analyzer
gas analyzer gives detailed information on gas composition
G_Ambient_Sink
release of a gas stream at ambient pressure
G_Ambient_Source
source for an air stream at ambient conditions
G_Compressor
gas compressor
G_Condenser
gas condenser, water cooled
G_Connector
connector for gas streams to be used in closed loops
G_Htex
general purpose heat exchanger for gases
G_Heat_sink
heat sink for gas streams
G_Heat_source
heat source for gas streams
G_Mixer
mixer for gas streams
G_Pipe
pipe for gas streams
G_Sink
sink for a gas stream
G_Source
source for a gas stream
G_Splitter
splitter for gas streams
G_Stream_to_stream
transition piece to change from G_Streams to streams
G_T_Htex
heat exchanger for transfer from gas on hot side to thermofluids on cold side
G_Valve
valve for gas
G_W_Htex
heat exchanger for transfer from gas on hot side to water on cold side
mech_loss
mechanical loss
motor
motor
optimization
optimization element
Solar_CRS
solar central receiver system combines general solar data with individual SYS_CRS global
Solar_LFC
solar LFC field combines general solar data with individual SYS_LFC global
Solar_Position
solar position correlations for ray tracing
Solar_PTC
solar PTC field combines general solar data with individual SYS_PTC global
stream_to_G_Stream
transition piece to change from streams to G_Streams
stream_to_W_Stream
transition piece to change from streams to W_Streams
T_Connector
connector for heat transfer fluids to be used in closed loops
T_G_Htex
heat exchanger for transfer from thermofluid on hot side to gas on cold side
T_Header_SF
solar field header start and end unit
T_Heat_sink
heat sink for heat transfer fluids
T_Heat_source
heat source for heat transfer fluids
T_Htex
general purpose heat exchanger for heat transfer fluids
T_LFC_coll
linear Fresnel collector for heat transfer fluid streams
T_Mixer
mixer for heat transfer fluid streams
T_Pipe
pipe for heat transfer fluids
T_PTC_coll
parabolic trough collector for heat transfer fluid streams
T_PTC_conn
insulated connection pipe in parabolic trough collector loops
T_Pump
pump for heat transfer fluids
T_Pump_SF
pump for the solar field for heat transfer fluids
T_Receiver
central receiver for sunlight reflected by heliostats
T_Splitter
splitter for heat transfer fluid streams
T_Static_Head
static head of a fluid
T_Sink
sink for a heat transfer fluid stream
T_Solar_collector
simple solar collector acting as heat source for heat transfer fluids.
T_Source
source for a heat transfer fluids
T_Tower
tower for central receiver systems
T_Valve
valve for heat transfer fluids
T_W_Htex
heat exchanger for transfer from thermofluid on hot side to water on cold side
W_Boiler
simple water/steam boiler model
W_Condenser_a
steam condenser, air cooled, dry
W_Connector
connector for water streams to be used in closed loops
W_Condenser
steam condenser, water cooled
W_Cooling_Tower_dry
dry cooling tower
W_Cooling_Tower_wet
wet cooling tower
W_Deaerator
direct mixing preheater a.k.a. deaerator
W_Drum
steam drum
W_G_Htex
heat exchanger for transfer from water on hot side to gas on cold side
W_Header_SF
solar field header start and end unit
W_Htex
general purpose heat exchanger, water on both sides
W_Heat_sink
heat sink for water streams
W_Heat_source
heat source for water streams
W_Mixer
mixer for water streams
W_Mixer_SF
mixer for main and return water streams in solar field subsystem with N parallel loops
W_LFC_coll
linear Fresnel collector for water/steam streams
W_Pipe
pipe for water
W_Preheater
preheater for water/steam cycles
W_PTC_coll
parabolic trough collector for heat transfer fluid streams
W_PTC_conn
insulated connection pipe in parabolic trough collector loops
W_Pump
pump for water
W_Pump_SF
pump for water in solar field subsystem with N parallel loops
W_Separator
separator splitting water into condensate and steam
W_Separator_SF
separator splitting water into condensate and steam in solar field subsystem with N parallel loops
W_Sink
sink for a water stream
W_Source
source for a water stream
W_Splitter
splitter for water streams
W_Splitter_SF
splitter for main and side water streams in solar field subsystem with N parallel loops
W_Stream_to_stream
transition piece to change from W_Streams to streams
W_Solar_collector
solar collector acting as heat source for water/steam
W_Turbine
steam turbine
W_Turbine_end
steam turbine, end stage
W_T_Htex
heat exchanger for transfer from water on hot side to thermofluids on cold side
W_Valve
valve for water
W_Valve_SF
valve for water in solar field subsystem with N parallel loops
W_Xprescription
prescription/calculation of steam quality
W_Xprescription_SF
prescription/calculation of steam quality in solar field subsystem with N parallel loops
Demo_AndaSol-1
This project has no description.
Ex_T_CRS
This project has no description.
Ex_T_PTC_SF
This project has no description.
Ex_T_Solar_collector_field_horizontal
This project has no description.
Ex_T_Solar_collector_field_vertical_3s_4p
This project has no description.
Ex_Turbine_Reheat
This project has no description.
Ex_W_LFC_DSG
This project has no description.
Ex_W_Solar_collector_field_horizontal
This project has no description.
Company
IPSE GO is a service provided by SimTech GmbH.
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Contact
simtechnology.com
info@simtechnology.com
+43 316 386278 20
Riesstr. 120
8010 Graz, Austria
About Us
We are an innovative company located in Graz, Austria. For over 30 years we have been involved in process simulation in the field of power plant construction and beyond. Our software IPSEpro is used by over 1500 users in more than 50 countries. With IPSE GO, our goal is to bring process simulation to the cloud.