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TLK Energy
Germany
เข้าร่วมเมื่อ 5 พ.ย. 2019
Have you ever thought about system simulation?
Here we would like to inform you. TLK Energy GmbH, founded in 2015 in the university environment of RWTH Aachen and TU Braunschweig, sees itself as a bridge between universities and industry.
The focus of our work is on customized software solutions, building simulation competencies in companies and increasing the efficiency of complex systems.
We develop software products for different areas, e.g. for the automotive industry, building, process and energy technology.
The creation of models, the adaptation to measurement data, the testing of control strategies and the optimization of processes can be useful in various application areas and provide answers to complex questions.
Here we would like to inform you. TLK Energy GmbH, founded in 2015 in the university environment of RWTH Aachen and TU Braunschweig, sees itself as a bridge between universities and industry.
The focus of our work is on customized software solutions, building simulation competencies in companies and increasing the efficiency of complex systems.
We develop software products for different areas, e.g. for the automotive industry, building, process and energy technology.
The creation of models, the adaptation to measurement data, the testing of control strategies and the optimization of processes can be useful in various application areas and provide answers to complex questions.
Demonstrating TIL Suite: Refrigeration Simulation Example
TIL Suite is a Modelica library that helps you to better understand thermodynamic systems. Through simulation and analysis with TIL you will find answers to complex engineering questions. Study the defrosting behavior of heat pumps, design control concepts for ventilation systems, or optimize the cooling of a battery system and more.
In this video, Raphael Hornung demonstrates TIL using a simple example of a refrigerator in a busy kitchen.
The TIL model library runs in Dymola as a simulation environment. He shows the graphical user interface, the text mode and how you can flexibly adapt your model, e.g. if the fridge door is often opened in a busy kitchen.
Learn more:
TIL Suite: tlk-energy.de/en/software/til-suite
TLK Energy GmbH: tlk-energy.de
LinkedIn: www.linkedin.com/company/tlk-energy/posts/?feedView=all
TIL Suite is a product of our partner company TLK-Thermo. We at TLK Energy actively participate in the development of the model library and use TIL Suite in service projects for various applications and customers.
In this video, Raphael Hornung demonstrates TIL using a simple example of a refrigerator in a busy kitchen.
The TIL model library runs in Dymola as a simulation environment. He shows the graphical user interface, the text mode and how you can flexibly adapt your model, e.g. if the fridge door is often opened in a busy kitchen.
Learn more:
TIL Suite: tlk-energy.de/en/software/til-suite
TLK Energy GmbH: tlk-energy.de
LinkedIn: www.linkedin.com/company/tlk-energy/posts/?feedView=all
TIL Suite is a product of our partner company TLK-Thermo. We at TLK Energy actively participate in the development of the model library and use TIL Suite in service projects for various applications and customers.
มุมมอง: 35
วีดีโอ
TIL Adsorption: Simulation & Modeling
มุมมอง 2321 ชั่วโมงที่ผ่านมา
In this presentation, Helena Vorsphol from TLK Energy demonstrates how the TIL Add-On Adsorption enables the simulation and optimization of adsorption processes for gas mixtures. From air drying for battery production using sorption wheels to Direct Air Capture technology for CO₂ extraction, the Add-On offers innovative solutions to make processes more efficient and environmentally friendly. Wi...
Simulate a Heat Pump Cycle with sim.TLK - for free
มุมมอง 4653 หลายเดือนก่อน
In this video, Andrew Lenart demonstrates how to use sim.TLK to simulate a heat pump cycle and compare different design variations, such as the compressor size. Answer questions like: How high is the COP depending on the compressor size and water inlet temperature of condenser/evaporator. Simulation has never been so easy. With our online simulator, you don’t calculate stationary, but dynamical...
Webinar video: TIL Goes HiL
มุมมอง 4343 หลายเดือนก่อน
Recording of the webinar on 28. August 2024. Real-Time Models & Hardware-in-the-Loop Tests for Thermal Systems HiL (Hardware-in-the-Loop) testing is common in electrical and mechanical systems, but not yet for thermal systems like heat pumps. We believe this will change soon because the benefits are significant. In the webinar, we’ll show you how HiL and MiL (Model-in-the-Loop) testing works fo...
Wärmetauscher Berechnung Online - Free Heat Exchanger Calculator
มุมมอง 4128 หลายเดือนก่อน
Berechnen Sie Plattenwärmetauscher einfach online. Geben Sie die gewünschten physikalischen Parameter ein und lassen Sie das Tool den Rest automatisch berechnen. Calculate plate heat exchangers easily online. Enter the desired physical parameters and let the tool automatically calculate the rest. Beispiel: Ein Büro soll mit einer Fußbodenheizung beheizt werden. Als Wärmequelle soll 74 Grad warm...
TLK Energy presents Hardware in the Loop Testing at Chillventa
มุมมอง 329ปีที่แล้ว
At Chillventa in Nuremberg, we showed a Hardware in the Loop (HiL) test setup. Our simulation model of a heat pump cycle ran on the real-time machine Speedgoat, which was connected to a controller board. The TIL (Thermal Systems) library was used to create the simulation model of the heat pump. Then the model was imported into Matlab Simulink to run it in a loop with the controller board on the...
Free interactive log p-h diagram: Compare refrigerants
มุมมอง 1.7K3 ปีที่แล้ว
Use our free online log p-h chart to compare different refrigerants. In this case, we compare R134A and ammonia (R717). The calculated COP for a heat pump is 3.45 for R134A and 3.79 for ammonia. For refrigeration systems, the COP is also lower at 2.45 for R134A. In the case of ammonia, it is 2.79. For many refrigerants, the substance data are stored just select the refrigerant you want to use. ...
Free interactive Mollier hx diagram: Humid air
มุมมอง 5303 ปีที่แล้ว
Use our free online Mollier hx-diagram to visualize state changes such as humidification and mixture. We consider humidification of air with supercooled liquid and mixing of two air masses with different temperatures and humidity. Have fun trying it out: tlk-energy.de/en/phase-diagrams/mollier-h-x Website: www.tlk-energy.de LinkedIn: de.linkedin.com/company/tlk-energy
aerosim Der Raumluftsimulator
มุมมอง 1514 ปีที่แล้ว
Finden Sie das optimale Lüftungskonzept für Ihre Räume Mit dem Air Quality Simulator aerosim von TLK ENERGY optimieren Sie die Luftqualität und minimieren Ihre Heizkosten: apps.tlk-energy.de/de/aerosim Individuelle Websimulatoren für Ihr technisches System? Melden Sie sich bei uns! Webseite: www.tlk-energy.de LinkedIn: de.linkedin.com/company/tlk-energy
Homotopy Initialization with the TIL model library
มุมมอง 3424 ปีที่แล้ว
With the TIL Suite model library (www.tlk-energy.de/TIL) you can use the Modelica Homotopy Function to initialize complex systems in steady-state. The homotopy function is a linear combination of the simplified and the complex solution. Webseite: www.tlk-energy.de LinkedIn: de.linkedin.com/company/tlk-energy
Parameter study: Heating and cooling demand of a vehicle cabin
มุมมอง 1724 ปีที่แล้ว
Large parameter study with Modelica and Python. We used MoBA Automation (www.tlk-thermo.com/index.php/de/software/moba-automation) to automate more than 100.000 simulations. And for visual data exploration we used the python library bokeh: tlk-energy.de/pr/bokeh/BusCabin_HCDemand Webseite: www.tlk-energy.de LinkedIn: de.linkedin.com/company/tlk-energy
Coupling simulation tools: heat pump (1D system simulation Modelica) and building (3D CFD)
มุมมอง 2.5K4 ปีที่แล้ว
Mit der Softwarelösung TISC (www.tlk-thermo.com/index.php/de/software/tisc-suite) lassen sich verschiedene Simulationen koppeln und z.B. 1D- und 3D-Simulationen gleichzeitig ausführen. Dieses Video veranschaulicht die Kopplung einer 1D Wärmepumpen Simulation in Modelica mit einer 3D Strömungssimulation eines Gebäudeinnenraumes in FDS. Bei Interesse beraten wir Sie gerne persönlich: info@tlk-ene...
Mathematical simulation of the corona pandemic
มุมมอง 2414 ปีที่แล้ว
Mit CoronaSimulator app.coronasimulator.online/ können Sie einen hypothetischen Epidemie-Verlauf simulieren und interaktiv die soziale Aktivität der Bevölkerung zur Eindämmung des Virus anpassen. Dabei sollte ein gewisser Krankenstand nicht überschritten werden, um das Gesundheitssystem nicht zu überlasten. Zwei Faktoren beeinflussen den Verlauf von Epidemien besonders stark: 1. Exponentielle V...
Pretty Cool. The video has some problems with frame rate, I know something like this happens in OBS recordings on AMD hardware when using compression for the video. I had to record in uncompressed format to get a smooth recording but I am sure there is a work around for this. Nice work though.
Ah ok, we will keep that in mind for the future. We are experts in system simulation, not yet in video recording :-)
@@tlkenergy4539 No worries, yes you are doing some impressive work. Keep it up, cheers.
Hallo, vielen Dank für Ihre Software. Ich habe sie lange Zeit benutzt, um den Kältemittelkreislauf zu verstehen, und sie hat mir super geholfen 😊. Nun hätte ich eine Frage: Gibt es eine vertiefende, professionelle Version dieser Software? Mit der aktuellen Version kann ich den realen Kältekreisprozess des Kältemittels leider nicht vollständig darstellen. In der Realität gibt es ja noch weitere Bauteile wie den Economiser, Rekuperator und andere Wärmetauscher. Ich freue mich auf Ihre Antwort.
Hallo, das freut uns sehr :-) Ja, es gibt eine professionelle Simulationssoftware, mit der reale Kältekreisprozesse simuliert werden können. Das die TIL Suite (tlk-energy.de/software/til-suite). Sie können uns auch einfach eine Mail an: info@tlk-energy.de schicken, dann könnten wir Ihnen zum Beispiel eine Testlizenz ausstellen.
Tên Phần Mềm là gì vậy anh?
English?
any way to have it on imperial ssytem?
hi, you mean like a software to install on your computer instead of an online tool?
Super Video
Vielen Dank. Wir hoffen Sie konnten mit unserem Raumluftsimulator Ihre Luftqualität verbessern und Ihre Lüftungsgewohnheiten entsprechend anpassen.