Dear All,
I have a hybride Solis convertor RHI-4.6K-48ES-5G and a Pylontech US2000S, and also connected to a EV charger Peblar.
At this moment I have managed to get everything working quite well, using all necessary metering blocks (P1, Battery (connected via Modbus, EV charger, Energy flow monitor, Energy manager). But now I want to implement the spot price optimizer block. First ting I have done is to connect the API of the spot opitmer with the energy flow monitor, including all parameters. So that should be ok.
But now I am wondering if this is sufficient and is the connection between the blocks ok to organize this, or do I need to create extra logics (vLow/Low -> start charging battery & start charging Car)?
In case no additional logics are necessary, how does loxone can control the charging of the battery? Normally I would expect that then some Modbus or HTTP commands shall be necessary to control the battery.
All help is very welcome, because I am currently at a dead end.
Gino
I have a hybride Solis convertor RHI-4.6K-48ES-5G and a Pylontech US2000S, and also connected to a EV charger Peblar.
At this moment I have managed to get everything working quite well, using all necessary metering blocks (P1, Battery (connected via Modbus, EV charger, Energy flow monitor, Energy manager). But now I want to implement the spot price optimizer block. First ting I have done is to connect the API of the spot opitmer with the energy flow monitor, including all parameters. So that should be ok.
But now I am wondering if this is sufficient and is the connection between the blocks ok to organize this, or do I need to create extra logics (vLow/Low -> start charging battery & start charging Car)?
In case no additional logics are necessary, how does loxone can control the charging of the battery? Normally I would expect that then some Modbus or HTTP commands shall be necessary to control the battery.
All help is very welcome, because I am currently at a dead end.
Gino