til suite - tlk-thermo · til suite software containing models for thermal components and systems....

TIL Suite

Software containing models for

thermal components and systems

Overview

TLK-Thermo GmbH | www.tlk-thermo.com | TIL Suite | December 2019 2

Physical models for thermal components and systems

Well established system simulation using modelica

Stationary and transient

Based on technical experience with our test benches

Used for modeling and simulation services

Largely visible and expandable code

Overview


TIL Add-ons for special applications

Very fast and robust thermophysical properties from TILMedia

Reference property data from REFPROP

Supporting different simulation environments

FMU, code export and real-time capable simulations

Ad

ditio

nT

IL S

uite

Content


TIL Model library for thermal components and systems

TILMedia for MODELICA

Model library providing thermophysical properties

TILFileReaderImports tabular data from files

TIL Add-On LibrariesAdditional components and systems available to TIL

Training courses and CustomersModelica, TIL introduction and references

R-134a Air Conditioning Cycle CO2 Heat Pump System

TIL General Examples


Cooling SystemsSecondary Loop

© Daimler AG

TIL Automotive Applications


Hydrogen Refueling StationsFuel Cell Systems

TIL Hydrogen Systems


© Volkswagen AG

TIL Industrial Applications


Supermarket Refrigeration Kalina Cycle

© General Electric

TIL Heat Pump Systems


Ejector Systems Tumble Dryer

© Miele & Cie. KG

Further Applications and Activities


Air Handling Units

Climatic Wind Tunnels

District Heating Grids

Domestic Heat

Pump Systems

Industrial Refrigeration

(Chiller Systems)

Solar Organic Rankine

Sorption Refrigeration

Thermoelectric Modules

and Systems

Transport Refrigeration© Stiebel Eltron GmbH & Co. KG

© Cofely Refrigeration GmbH

© Schmitz Cargobull AG

© LTT RWTH Aachen

Heat Exchangers for Liquid,

Gas, Moist Air and VLEFluid

Tube and Tube

Multi-Port Extruded Tubes

Fin and Tube

VLEFluid Components

TIL Standard Components


Liquid Components

Other Components

Gas Components

Top Level

Plate

Various Moving Boundary heat

exchangers for real time simulation

Shell and

Tube

Pr. StateJunctionFill StationExpanderBoundary Compressor Hyd. Resist.Ejector

Sensor StatePoint Separator Valve 3 W ValveTube TXV TXV-Block

Boundary Fan Junction Sensor Tube Valve Volume Hyd. Resist.

Heat Bdy. Heat Cap. Heat Res. Mech. Bdy.Sensor Mech. Bdy. Sensor Controller

Boundary Exp.Tank Junction Pump Sensor Tube Valve 3 W.Valve Hyd. Resist.inl.Bound. SIMVolume

Exchangeability


Pressure drop and heat transfer correlations can easily be selected and

exchanged from drop down menus.

Extensibility


Create your own models using inheritance to extend existing TIL models.

Component models e.g. compressor

Heat transfer

models

Pressure drop

models

Detailed Thermodynamic Models


TIL models use geometry based

heat transfer and pressure drop

correlations.

Advanced thermodynamic

modeling concepts for both

steady state and transient

simulations are implemented

e.g. Moist air: evaporation,

condensation, dynamic water

balance.

Ad

ditio

nT

IL S

uite

Content








TILMedia


Calculation methods to express thermophysical properties of:

Incompressible Liquids

Ideal Gases

Real Fluids (with vapor liquid equilibrium)

Mixtures

Optimized mathematical equations

with extremely high calculation

speeds and high accuracies

Several hundreds of substances available

(also from external sources e.g. REFPROP)

TILMedia Suite interfaces one property core for various

software

Substance properties optimized for stable and extremely fast dynamic simulations

C/C++

TILMedia

core

Ad

ditio

nT

IL S

uite

Content








TILFileReader


Convenient import of csv-

and Dymola-result-files

Intuitive GUI: one Modelica

block for each variable

Optional interpolation of

variables

Importing tabular data from files

Ad

ditio

nT

IL S

uite

Content








One or more dimensional air cabin

compartment models

One or three layer wall models with

manifold options for parametrization

Global sited environment settings for:

General ambient conditions

Solar conditions

Vehicle positioning

Wind settings

Railway

Cars

Transportation

Busses

TIL Add-On Cabin


TIL Add-On Automotive


Detailed MPET Heat Exchanger: multilayer & opt. Receiver

NTU Heat Exchanger (Q-ETD)

Internal TubeInTube Heat Exchanger

Add On Cabin Compartment Models

Damper / Flap

Examples / Templates for

Automotive Applications

Thermal heat storages

Tube with dead-time element

Thermostatic valve

Gas Components

Additional Components and Activities


VLEFluid Components

Controllable swash-plate compressor

with detailed thermodynamics

Polynomial Compressor

EN 12900 / ARI 540

Minimally discretized tube with

temperature profile propagation

Electromagnetic valve

Liquid Components Transport Phenomena

Thermosiphon liquid and refrigerant flow

One and two-phase valve flow

Models for slip

Simple Buildings

Turbo compressor

(controllable)

Compressor within

measured data field

Additional Components and Activities


Heat Exchangers

2D / 3D Fin and tube, Models enable detailed temperature

distributions and dimensioning tasks of heat exchangers

Finite Difference Method for steady state calculations

Hybrid cooler with optional evaporative cooling on the fins

NTU (Number of Transfer Units) heat exchanger models for

various geometries and flow configurations

QETD Heat flow and entry temperature difference

table based models

Cold storage / heat exchanger using substances

including a solid liquid equilibrium (SLE)

Extras

Battery, electrical & thermal

cells, stacks, modules & systems

Car engine

Simple electrical motor &

converter

Adapter between TIL and other

libraries (ClaRa, ACL, …)

Refrigerant-oil-mixture

Ad

ditio

nT

IL S

uite

Content








Training courses


Modelica Training – 2 days

Introduction to object-oriented modeling and simulation of thermal systems.

TIL Training – 1 day

Modeling and simulation of a thermal system step by step using TIL Suite.

Next dates: www.tlk-thermo.de (Braunschweig) and www.tlk-energy.de (Aachen)

In-house training or web-training upon request

http://www.tlk-thermo.de/

http://www.tlk-energy.de/

Selection of TIL Suite customers


Audi

BMW

Bosch

Continental

Daimler

Deutsche Bahn

EDF

Ingersoll Rand

Johnson Controls

MAN

Miele

Porsche

Sanden

Sintef

Stiebel Eltron

Vaillant

Volkswagen

Whirlpool

Universities and

Institutes

TIL Suite contains …

Model library for thermal components and systems

Optimized substance properties for extremely fast simulations

Tabular data import from files

Summary


Advantages are …

Exportable models & systems

Real-time capability

A well proven design concept

Maintaining many proper models

and examples for long-time

Additional and user-defined

components available

Wenn Sie noch Fragen haben, zögern

Sie bitte nicht uns zu kontaktieren unter

Oder Ihren Ansprechpartner

TLK-Thermo GmbH

Hans-Sommer-Str. 5

38106 Braunschweig

www.tlk-thermo.de

Vielen Dank

Tel.: +49/531/390 76 -

Fax: +49/531/390 76 - 29

[email protected]

[email protected]

Ingo Frohböse

234

https://www.tlk-thermo.de/

til suite - tlk-thermo · til suite software containing models for thermal components and systems....

Documents