We have just published the fourth release of the oemof.thermal repository.
With the fourth release of oemof-thermal we have validated the compression heat pump, the compression chiller and the stratified thermal storage using data provided by the Universidad Politécnica de Madrid and the energy supplier Naturstrom AG. The results are provided in the documentation.
Continue reading “oemof.thermal (v0.0.4) – Virtuous Validation”
We just published the third release of the oemof.thermal repository.
It’s time to proudly introduce a new component – the absorption chiller. Within the module we provide functions to calculate, among others, the characteristic equation, the coefficient of performance and the cooling capacity. See the documentation for more information.
All modules have been updated to oemof.solph v0.4
See the What’s new section for further details about the third release.
After oemof v0.3.2, we decided to make oemof’s structure more clear: Both, the framework (including e.g. TESPy) and the Package for energy system optimisation (using solph) were called the same – oemof. With the release of v0.4.0, there are now split packages for oemof.solph, oemof.network, and oemof.tools.
Continue reading “oemof.solph v0.4 – Unique Unbundling”
The third major version of TESPy – Mayer’s Merit – has been released together with a paper in the Journal of Open Source Software, available at the Open Journals website. The new version carries many new features, improved calculation stability for fluid mixtures and back end changes. Continue reading “TESPy v0.3.0 – Mayer’s Merit”
The oemof meeting stream is available for up to 200 participants without registration. The link can be found here: https://ethercalc.org/b2zg1e72npzv
In the stream questions can be asked via the chat.
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Please also register if you are already on this list, but you will have priority.
Looking forward to seeing you soon online!
Less than a week until the next user/dev meeting will begin. We set up a schedule for the meeting, which might be updated in the next days. We still have some free slots available to organize additional sessions.
For registering, please sign up here (scroll to the bottom). We still have some spots available. If you don’t have sufficient access rights, drop us a line here.
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We just published the second release of the oemof.thermal repository.
A brand-new feature are the facade classes that simplify instantiating the components. Facades for these three components are now ready to be used: SolarThermalCollector, ParabolicTroughCollector and StratifiedThermalStorage.
The documentation has been revised and extended. The repository now has function tests, and the facades are tested with constraints test.
See the What’s new section for further details of the second release.
There will be a tutorial about the oemof.thermal repository at the upcoming virtual oemof developer and user meeting.
The oemof developer and user meeting, which was planned for May 13th-15th, will take place within the same time frame as a slimmed version in the virtual world.
The real life meeting in Bremen will be shifted to the second half of the year.
The agenda which is continuously developed can be found here: https://github.com/oemof/organisation/wiki/Meeting-May-2020-%28online%29
News concerning the registration process follow soon.
If you like to contribute a session, please contact us via: https://github.com/oemof/oemof/issues/59 Deadline for contributions is April 30th 2020.
The second major version (Clausius’ Circus) of TESPy has been released in January 2020 and version 0.2.1 – Fourier’s Fable just three weeks after. The release contains many back end improvements to facilitate future development as well as some new features. Continue reading “TESPy v0.2.x – Clausius’ Circus and Fourier’s Fable”
We are happy to announce the first release of the oemof.thermal package (v0.0.1) to model thermal energy systems: https://github.com/oemof/oemof-thermal
The package includes the following four components: stratified thermal storage, compression heat pumps and chillers, solar thermal collectors and concentrating solar power.
Please find the documentation of the components and examples here: https://oemof-thermal.readthedocs.io/en/stable/
If you find bugs or have suggestions for improvement we would be happy if you write an issue here: https://github.com/oemof/oemof-thermal/issues