This week, the first version of the oemof-application renpassG!S has been released!
renpassG!S is an easy-to-use application designed to model the cost-minimal dispatch of energy supply systems. Technically speaking, it is a so-called numerical partial equilibrium model of a liberalised electricity market often referred to as fundamental model.
More information and some screenshots of possible outcomes can be found here: https://github.com/znes/renpass_gis
With the new release of the feedinlib v0.0.11 all wind power calculations have been moved from the feedinlib to the new windpowerlib. We made this move in order to build a wind power modeller community similar to the pvlib. So check out and join the new windpowerlib!
We proudly present the totally revised version of oemof!
Now oemof is more flexible, better documented and ready to join for new contributors and users.
The framework provides the basis for a great range of different energy system model types, ranging from LP bottom-up (power and heat) economic dispatch models with optional investment to MILP operational unit commitment models.
Continue reading “The great revision”
We achieved to goals with this updated demandlib version
- Versioning scheme is corrected
- Demandlib works when installed via pip without appending paths to PYTHONPATH
Due to some changes in the pvlib API, we had to adapt the pv model of the feedinlib. Now everything works fine again.
Together with the pvlib we are planing to reduce the code of feedinlib’s pv model and move missing functionalities directly to the pvlib. This will avoid incompatibility problems in the future.
This release of v0.0.8 includes some bug fixes for the old stable oemof version. Try this update for running projects. For new projects you should check out v0.1beta as this is the future of oemof and includes some major improvements.
For more information, see:
The GitHub presence and the new structure of oemof was presented at the 4th openmod meeting at KTH in Stockholm along with 16 other short talks of the international community. Many common working fields have been detected and discussed which will hopefully be continued in the coming months.