On the main description it says that the Zero Crossing does not work but on the code there is function to activate the Zero Crossing?
The bitmap that you implemented is a brilliant idea to control the dump load it acts as a dimmer but eliminating any delays on your code.
I have a quick question, this works with an SSR but would it work the same bitmap with a Triac? I believe the Triac only needs a signal to activate it and it will remain ON till Zero Cross where it will be switch OFF. Does this SSR works the same pattern?
Many thanks, I am trying to implement this code for an installation where I do not have the possibility to Export, meaning that my Sweet Zone will be a small consumption from the grid to operate my inverter to full power.
On the main description it says that the Zero Crossing does not work but on the code there is function to activate the Zero Crossing?
The bitmap that you implemented is a brilliant idea to control the dump load it acts as a dimmer but eliminating any delays on your code.
I have a quick question, this works with an SSR but would it work the same bitmap with a Triac? I believe the Triac only needs a signal to activate it and it will remain ON till Zero Cross where it will be switch OFF. Does this SSR works the same pattern?
Many thanks, I am trying to implement this code for an installation where I do not have the possibility to Export, meaning that my Sweet Zone will be a small consumption from the grid to operate my inverter to full power.