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Is your feature request related to a problem? Please describe.
I place this point for discussion, not sure whether it is relevant under normal conditions...
I had the experience of testing in an environment with many DTUs (original HM DTUs + OpenDTU) are active.
Depending on the transmition strength and distance between OpenDTU and the inverter, you may experience a lot of "re-transmissions" (You can notice this by monitoring the messsages in the Console).
When such "re-transmissions" occur, there are delays to reaction-time of other processes. This gives the impression that OpenDTU reacts slowly (whereas the slow reaction-time has nothing to do with OpenDTU).
Not many users (in my opinion) are aware of this transmission-quality problem.
Describe the solution you'd like
An visual indicator that could give an idea how good (fast, number of re-transmits) communication of these two areas is.
Something like calculate the ratio of successful transmissions and (retransmits + failures).
Individually for every inverter, of course.
Describe alternatives you've considered
I know it sounds funny but, it happened: Putting a brick between the OpenDTUonBattery and the inverter solves the problem.
Same as putting the OpenDTUonBattery in another room.
Additional context
No response
The text was updated successfully, but these errors were encountered:
Is your feature request related to a problem? Please describe.
I place this point for discussion, not sure whether it is relevant under normal conditions...
I had the experience of testing in an environment with many DTUs (original HM DTUs + OpenDTU) are active.
Depending on the transmition strength and distance between OpenDTU and the inverter, you may experience a lot of "re-transmissions" (You can notice this by monitoring the messsages in the Console).
When such "re-transmissions" occur, there are delays to reaction-time of other processes. This gives the impression that OpenDTU reacts slowly (whereas the slow reaction-time has nothing to do with OpenDTU).
Not many users (in my opinion) are aware of this transmission-quality problem.
Describe the solution you'd like
An visual indicator that could give an idea how good (fast, number of re-transmits) communication of these two areas is.
Something like calculate the ratio of successful transmissions and (retransmits + failures).
Individually for every inverter, of course.
Describe alternatives you've considered
I know it sounds funny but, it happened: Putting a brick between the OpenDTUonBattery and the inverter solves the problem.
Same as putting the OpenDTUonBattery in another room.
Additional context
No response
The text was updated successfully, but these errors were encountered: