file:: [MODELS23_paper_41_1683058792346_0.pdf](../assets/MODELS23_paper_41_1683058792346_0.pdf)
file-path:: ../assets/MODELS23_paper_41_1683058792346_0.pdf

- knowledge structure in the form of a business metamodel describing
  ls-type:: annotation
  hl-page:: 1
  hl-color:: green
  id:: 645171cf-2218-4ab8-b2a2-a32885a5d1cc
- metamodel 
  ls-type:: annotation
  hl-page:: 1
  hl-color:: purple
  id:: 645171de-4514-4228-b63c-c1c8e4e0c11f
  hl-stamp:: 1683059174075
- knowledge graphs
  ls-type:: annotation
  hl-page:: 1
  hl-color:: purple
  id:: 645171ed-9df6-46dd-a6f2-6d14efb863c1
- automate the creation of collective self-consumption loops 
  ls-type:: annotation
  hl-page:: 1
  hl-color:: purple
  id:: 645171fe-52c5-4a44-9824-b206edcc13de
- packaged metamodel has been proposed for the representation of solar power plant implantation situations in the context of collective self-consumption loop building in rural areas.
  ls-type:: annotation
  hl-page:: 10
  hl-color:: green
  id:: 64517262-3359-4366-b4f2-7887badc8718
- The first type of use cases concerns the description of the local context in order to support decision making in the selection of a location for new potential solar power plant installations.
  ls-type:: annotation
  hl-page:: 10
  hl-color:: green
  id:: 6451726e-52ea-40d3-8356-3aafcfba7351
- This second objective will be the main concern of future work in the ECOTRAIN-PV project
  ls-type:: annotation
  hl-page:: 10
  hl-color:: green
  id:: 64517290-aa8e-47d4-b81c-089699ccc2f7