Feature request:
enable SBFspot to read data from the SMA Energy Meter. Protocoll is documented at [EB-Systeme.de](http://www.eb-systeme.de/?page_id=1240). Site is unfortunatelly in German, if you need a translation, I can support you.
With having this feature implemented, it would be possible to see also the consumption and feed in data and not only the producing side of the inverter. Based on this information it would be easily possible to do some usage optimization with i. e. FHEM Home Automation to start and stop electric components based on the availability of solar power.
Comments: I'd like to see your code so that I can use it as an example of how to populate the consumption data in the database. I've got a $25 meter design that with a $50 current clamp can read the consumption data and put it in a response to an HTTP request. I don't understand, however, how to modify the database in sbfspot to get it to upload that data into pvoutput.
enable SBFspot to read data from the SMA Energy Meter. Protocoll is documented at [EB-Systeme.de](http://www.eb-systeme.de/?page_id=1240). Site is unfortunatelly in German, if you need a translation, I can support you.
With having this feature implemented, it would be possible to see also the consumption and feed in data and not only the producing side of the inverter. Based on this information it would be easily possible to do some usage optimization with i. e. FHEM Home Automation to start and stop electric components based on the availability of solar power.
Comments: I'd like to see your code so that I can use it as an example of how to populate the consumption data in the database. I've got a $25 meter design that with a $50 current clamp can read the consumption data and put it in a response to an HTTP request. I don't understand, however, how to modify the database in sbfspot to get it to upload that data into pvoutput.