What works / articles in this area?
Little encounter on the theme for the losses (in Watts).
Much is said about the loss of life of the transformer. But that's not the focus I'd like to give.
The article I use with reference is:
https://ieeexplore.ieee.org/stamp/stamp.jsp?tp=&arnumber=5759174
Dear Mrs. Cavalcante,
there exists a plethora of papers, memos, comments etc. about E mobility looked at from different angles. Could you please express your own ideas and viewpoints in a more focused way so as to tailor-made a proper answer? It is difficult to find out what the gist of your issue is.
Sincerely yours
H.G.Dill
Greetings Dr. Harald G. Dill
I would like to better understand the issue of electricity losses in distribution transformers when there are different scenarios with electric vehicle penetrations in the network.
However, so far, the best job I have found, was what I quoted in my question.
In summary, I would like to find more articles that show scenarios with the losses of electric energy as Table I of the article I quoted.
Thankful,
Michelle
as a rule of thumb, iron (no-load) losses will remain almost the same, whereas the copper (load-dependant) losses will increase, as the presence of charging stations, both domestic and fast chargers, is expected to increase the load.
Once you have evaluated the expected changes of the transformer loading curve, it will be easy for you to evaluate the losses increase.
You can find several papers on this topic, f.i.
Article Impact of EV Charger Load on Distribution Network Capacity: ...
Dear Mrs. Cavalcante,
thank you very much for your clarification.
Harald G. Dill
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