by Asia Patejuk | Dec 23, 2021 | Battery design, Battery pack, Heat transfer
Q-Bat 1.1.1 - new release updates Michał Suchonos Here it is! The long-awaited Release 1.1.1. It comes with many significant changes that will greatly improve the experience of using Q-Bat. See them below! Q-Bat is a software that is tailored for the virtual, thermal...
by Asia Patejuk | Oct 28, 2021 | Battery design, Battery pack, Heat transfer
Changes to Q-Bat in the latest version 0.4.0 Michał Suchonos We have introduced significant updates and added many features in last release, see them below! Q-Bat is a software that is tailored for virtual, thermal prototyping of batteries. It works quicker than CFD,...
by Anna Czubak | Aug 13, 2021 | Battery design, Battery pack, Heat transfer
Does the simplification of the battery pack's geometry affect solution accuracy and simulation time? Weronika Nawrot In our last article (What characterizes different equivalent circuit cell models) we have explained the impact of different equivalent circuit models....
by Asia Patejuk | Jun 29, 2021 | Battery design
What characterizes different equivalent circuit cell models? Aleksandra Świtała In this article, you will learn about the impact of different circuit components on battery cell models. How a battery cell behaves can be very closely approximated by the way an...
by Asia Patejuk | Feb 25, 2021 | Battery design, Reduced models
How Accurate are Reduced Models? Tomasz Szpartaluk-Kozak Hello. In our last article (Speed-up your simulation using reduced-order modeling) we introduced you to the concept of reduced order models. This is a hot topic in computational engineering. There is a strong...
by Asia Patejuk | Feb 12, 2021 | Battery design, Reduced models
Speed-up your simulation using reduced-order modeling Michał Kurzynka In our last article (How battery thermal design can be accelerated) we have mentioned reduced-order models as a way to speed up simulations. In this article, we will describe the model reduction...
