Is there an existing issue for this?
Current Behavior
Currently, this power flow card visualizes PV strings as coming to main inverter, that acts as a central power distribution hub. It can import energy from the grid, take it from battery or from PV array and supply to the LOAD side if installation.
Expected behaviour
Ability to move PV array to "behind" the house, like:
For best results, such behavior should be only possible in wide layout.
Possible Solutions
No response
Mode
full
Context / Reason
I have Deye 20kW 3-phase inverter in my home, it's connected to the grid, have battery and supplies energy to the home.
Then, on the other end of local installation, I have two Hoymiles microinverters connected to two balcony PV arrays that backfeed home.
Deye sees that as negative load on LOAD port and displays negative values over modbus registers.
I had to prepare some template sensors that add or substract values provided from both Deye and Hoymiles inverters, like LOAD Pwr = Deye_output + Hoymiles1 + Hoymiles2
But numbers doesn't add up visually:
Is there an existing issue for this?
Current Behavior
Currently, this power flow card visualizes PV strings as coming to main inverter, that acts as a central power distribution hub. It can import energy from the grid, take it from battery or from PV array and supply to the LOAD side if installation.
Expected behaviour
Ability to move PV array to "behind" the house, like:
For best results, such behavior should be only possible in wide layout.
Possible Solutions
No response
Mode
full
Context / Reason
I have Deye 20kW 3-phase inverter in my home, it's connected to the grid, have battery and supplies energy to the home.
Then, on the other end of local installation, I have two Hoymiles microinverters connected to two balcony PV arrays that backfeed home.
Deye sees that as negative load on LOAD port and displays negative values over modbus registers.
I had to prepare some template sensors that add or substract values provided from both Deye and Hoymiles inverters, like
LOAD Pwr = Deye_output + Hoymiles1 + Hoymiles2But numbers doesn't add up visually: