sorry meant system Tag ie in my case 74534, reading through the forum above I see that out is in the URL once logged into NIBE Uplink site.
still trying to work out what units and categories I can use, I have also now paid for the subscription so should be able to control the unit via hA , just need to work out how to configure it.
Yup. That is planned. I got my simpler component in (arcam mediaplayer). So I might dare now :). Likely some functionality will be lost. Like grouping of sensors.
Finally it got cold outside this night, enough for the heat pump to kick in to start producing some hot water for the radiators.
Unfortunately I woke up to a very hot house which seem to be related to the smart thermostat enabled through the Nibe integration. The hotter it got inside, the hotter the water supply(EB100-BT61) for the radiator got.
Seems like the smart thermostat adjustment of the heat curve were working the opposite way. When the supply water had reached 49 degrees celcius(which is equivalent to a outside temperature of -27c according to heat curve) I disabled the smart thermostat in the heatpump and it immediately stopped producing hot water for the radiators.
Have any one else had this problem and could it be related to the HA integration and/or some settings in the heatpump?
At 07:05 the thermostat reported 20.9 degrees.
At 09:06 it reported 22.4 degrees and hot water supply was at that point 47.8, and that’s point where I decided to deactivate the smart thermostat adjustment.
The allowed compressor frequency also kept on raising the hotter it got.
Bt50 would be your real temp sensor. I’m talking about the one you linked to your smart termostat. Bt50 will be ignored when a smart termostat is active.
I have no “real” indoor temp sensor, BT50 is the smart thermostat. If I disable the smart home option on the heatpump then BT50 gets unavaliable.
Another thing I noticed is that calculated flow temp. goes up to 57 degrees and lies flat there when the temperature adjustement is enabled. This behaviour started on the 9th of sept, the same time as I upgraded to latest hass.io and latest Nibe component.
I disabled the climate entity for the smart thermostat and did a service call(nibe.set_thermostat) from the developers options, just to verify the readings on the heat pump(which where OK then).
After that I enabled the entity again and also the thermostat adjustment on the heat pump, and now the calculated flow temp is more reasonable and doesn’t stay flat at 57 degrees.
Don’t know why it looks better now.
What are the differences between the operating modes?
I noticed that in “Automatisk” the set values doesn’t update at nibeuplink when it’s changed in HA, only on reboot, but in “Värme/Kyla” it works.