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Advanced Power Plant Library with Gas Turbines

Overview
68 Available Units
Example Projects

Advanced Power Plant Library

APP_Lib, the Advanced Power Plant Library is used for modeling a wide range of thermal power systems. It supports both design and off-design analysis.

With the Advanced Power Plant Library the user can design and analyze any power plant, including:

  • Conventional Power Plants
  • Cogeneration Plants
  • Combined Cycle Plants

The library supports both design of new plants as well as analysis and optimization of existing plants. The component models included with the Advanced Power Plant Library represent an optimum balance between:

  • ease of use
  • model accuracy
  • amount of required input data
  • flexibility

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, N2, O2, SO2

Fuels

Gases

CH4, C2H6, C3H8

Solid/liquid fuels

Solid/liquid fuels can be defined via their elementary analysis

boiler
simple boiler model
combustor_c
combustion chamber, fuel as chemical composition, for gaseous fuels
compressor
compressor
condenser
condenser
connector
connector
deaerator
deaerator
double_htex
heat exchanger with two secondary sides
drum
drum
flash
flash
fuel_analyzer
fuel analyzer which gives detailed information on fuel composition
fuel_mixer
mixer for a fuel_stream
fuel_splitter
splitter for a fuel_stream
gas_analyzer
gas analyzer which gives various information on gas composition
gas_turbine
gas turbine
gear
gears
generator
generator
glipex
gliding pressure extraction
htex
general purpose heat exchanger
htex_co
heat exchanger, cocurrent
htex_condensing
heat exchanger for flue gas condesation
htex_counter
heat exchanger, counter current
htex_evaporator
evaporator with internal circulation
injector
injection cooler
labyrinth
labyrinth gland
mech_loss
mechanical loss
mixer
mixer
motor
motor
gasifier
gasifier for solid and liquid fuels
optimization
optimization element
pipe
pipe
preheater
preheater
preheater2
preheater with cooling zone
preheater3
preheater with steam cooler and condensation zone
pump
pump
reheater
simple reheater model
separator
separator
sink
sink for a stream
source
source for a stream
splitter
splitter
splitter_mixer
compensation pipe
static_head
static head of a fluid
support
supported pressure
triple_htex
heat exchanger with three secondary sides
turbine
turbine
turbine_end
turbine, end stage
valve
valve
xprescription
prescription/calculation of steam quality
ambient_sink
release of a stream at ambient pressure
ambient_source
source for an air stream at ambient conditions
combustor
combustion chamber, fuel composition as elementary analysis, for solid and liquid fuels
combustor_c_rad
combustion chamber, fuel as chemical composition, for gaseous fuels, with radiative heat transfer to heat receiving walls
combustor_rad
combustion chamber, fuel composition as elementary analysis, for solid and liquid fuels, with radiative heat transfer to heat receiving walls and optional grate cooling
conditional_setting
free conditional equation to set selected variables
cooling_tower_dry
dry cooling tower
cooling_tower_wet
wet cooling tower
electrolyzer_PEM
PEM electrolyzer model for hydrogen production
engine
reciprocating engine, fuel composition as elementary analysis
engine_c
reciprocating engine, fuel as chemical composition
free_var
free variable
fuel_sink
sink for a fuel_stream
fuel_source
source for a fuel_stream
fuelcell_PEM
PEM fuel cell model
grate
grate cooler
heat_sink
heat sink
heat_source
heat source
htex_cavity_rad
heat exchanger with combined radiative and convective heat exchange.
htex_wall_rad
heat exchanger with a cooled wall receiving radiative heat
p_loss
pressure loss
Boiler_Furnace_Steam_Cycle
This project has no description.
Combined Cycle with Bypass
This project has no description.
Combined Cycle with Dual Pressure HRSG
Combined cycle with two pressure levels in the heat recovery boiler
Combined Cycle with Tripel Pressure HRSG
Combined cycle with three pressure levels in the heat recovery boiler
Hot Water Boiler with Fluegas Condensation
Gas fired hot water boiler with two heat consumer circuits and fluegas condensation in the lower temperature circuit.
IDemo004
This project has no description.
IDemo127
This project has no description.
IDemo128
This project has no description.
IDemo_CombinedCycle2pHRSG_DistrictHeating
This project has no description.
Stand_Alone_Gas_Turbine
A single stand-alone gas turbine model
Steam_Plant_001
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.