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I'm trying to reverse engineer the protocol in order to send pylontech information to a growatt inverter. Could anyone provide a dump of what the pylotech sends on each of these commands so I can create the inverse package. It's hard to work it out from the protocol doc what exactly is returned from the batttery
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Hi Ross,
There are some PSU examples on MR #6. Technically the python constructs can be used both ways (i.e. encoding and decoding) so you should be able to generate raw frames from data.
Indeed I see the use case when making a custom battery pack. It could be interesting to add the feature to the lib.
I'll take a look this wk and see if we can do something :-)
Cheers
On October 22, 2021 6:10:29 AM GMT+02:00, Ross Williamson ***@***.***> wrote:
I'm trying to reverse engineer the protocol in order to send pylontech information to a growatt inverter. Could anyone provide a dump of what the pylotech sends on each of these commands so I can create the inverse package. It's hard to work it out from the protocol doc what exactly is returned from the batttery
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I'm trying to reverse engineer the protocol in order to send pylontech information to a growatt inverter. Could anyone provide a dump of what the pylotech sends on each of these commands so I can create the inverse package. It's hard to work it out from the protocol doc what exactly is returned from the batttery
The text was updated successfully, but these errors were encountered: