Francesco Witte

@HaSchneider: Since I released version 0.9 with vast changes this Friday, there were a couple of merge conflicts. I resolved them and pushed to your branch. The tests seem to...

Completed! Thank you for your contribution @HaSchneider

> @AntonellaConsolinno - I believe this is because I am not part of the repo or the orga (I would be happy to if it is ok :)) Sent you...

Hi @LoGaL93, in principle you should be able to just handle that mixture thing inside your custom `FluidWrapper` class. You could do something like this following https://tespy.readthedocs.io/en/main/modules/fluid_properties.html#implementing-a-custom-engine: ``` wrapper =...

Not sure if I got this: if you do all the mixture property handling inside your own class, and make the fluid "pure" for tespy with the mixture being the...

> Ok I see, so it is possible to provide as input an instance of the custom wrapper class, rather than the class itself. From the custom engine tutorial, it...

Hi @LoGaL93, thank you for the feedback on this. I was quite busy with other changes in the framework, now coming back to this: Would you be interested in a...

Hi Lorenzo, great, can you send me an email? https://github.com/oemof/tespy/blob/ec1df926a7f54a571639d538c49d0d3556f70e8f/pyproject.toml#L31 Thank you! Francesco

For a first shot, a `DiscretizedHeatExchanger` will be implemented, following the approach taken here: https://github.com/squoilin/NextGenerationHeatPumps/blob/6db23af4dbad2098043a74d1871dbcc6f8eee468/nghp/components/heat_exchangers.py#L109C46-L110C47 Linearly distribute the change of enthalpy and the change of pressure on both sides into...

Todos: - [ ] Change the heat pump exergy tutorial to us exerpy - [ ] Change the tests of tespy to use exerpy - [ ] Reference exerpy on...