Modelon製ライブラリを使用した自動チューニング機能の検証
September 20, 2017
This blog post is relevant for those who are interested in learning about implementing auto-tuners for PID controllers into a simulated environment. In Modelon’s upcoming 2017.2 software release, an auto-tuner will be included in the Modelon Base Library and therefore accessible in all libraries. Using Modelon libraries, students successfully developed and implemented a tuning method […]
電力網のための水力発電の安定化
August 31, 2017
Hydro-power is often associated with conservative and perhaps stagnant technology development. But, because it has been around for hundreds of years and many countries rely on the output of power, the maintenance and continued support of these plants is critical. Currently, in Iceland 70% of their electricity is produced from hydroelectric power, therefore constant operation […]
燃料電池効率の検証
August 15, 2017
In the last decade, Polymer Electrolyte Membrane Fuel Cells (PEMFC) have seen an up-tick in popularity and practicality as OEMs and economies work to reach regional and global environmental goals. The automotive industry stands to gain the most from these technologies as PEMFC offer benefits that include: low emissions, in comparison to the archaic internal […]
発電所における運転操作の改善
June 12, 2017
This blog piece reviews and summarizes our newest case study. Detailing how one of Germany’s largest thermal power plants has improved their primary control reserves; resulting in an electric grid that can integrate a higher number of renewable energy sources, including wind and solar. Why is balancing an electrical grid’s energy sources important? With multiple […]
燃料電池システムのモデルベース設計
January 26, 2017
High fidelity multi-domain fuel cell system analysis with model based design Modelon JSME 2016 – Model Based Design for Fuel Cell Systems from Modelon Solid oxide fuel cells (SOFC) are energy efficient sources that generate zero- or low-carbon heat and/or power usually at micro scale. The generated heat/ power is consumed on-site by individuals, small […]
New solution for thermal power plant start-up optimization
April 28, 2016
Increased flexibility for power plants energy production During the spring and summer of 2015, a collaboration between Modelon, Vattenfall and Lund University resulted in a development of a new solution for start-up optimization of a thermal power plant [1]. The collaboration took place within the MODRIO project and was a continuation work with Vattenfall concerning […]