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Have a look to Berry, it’s supported by the ESP32. |
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Yes, Berry is powerfull tool but since I am not an expert in coding I will try to solve this case form simple tasmota code level if possible :) I created something like this. It is working fine but I am wondering how to control the thermostatic valves and boiler in specific way where I need to wait for full open the valve (+/- 3min) and then start the boiler. Turning off the boiler will be let's say 1 min after the relay will be off. I have also impression that some things are not excecuted in the same time. I mean when I see new temperature reading recived form LYWSD03MMC in MI ESP32 tasmota window the variable var1 (ATCAE8E6C#TEMPERATURE var1 %value%) is changed during tele-period - that is okay. But if I used the listener for turn on/off as ON var1#state DO........ I had to wait for antother tele-period session to turn the boiler. If tele-period was 10min the valve was opened 20min before the boiler will be turned on. That is why I changed the listener to Time#Minute|5 that is working all time. Not sure is the best solution or I can execute this if this needed to reduce to code calculation.
RULE :
TASMOTA CONSOLE OUTPUT:
Thank you for any suggestion how to improve the code or reduce the ESP32 calculation ;) |
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Hey,
I have built a project to control underfloor heating using 8 actuators based on ESP32+8CH relay board, 4x Xiaomi LYWSD03MMC temperature sensors , boiler is controled by re-build SonOff O/I [192.168.1.100] and Tasmota
I am developing a rule based on the logic:
I have an idea for a rule but it requires adding the logic function to Tasmota
With such a complicated rule, is adding the logic the only option or can I write it based on IF ELSE or ON ENDONE?
At the moment I have created a rule where only one of the sensors controls the shutdown of the furnace, but this is not an ideal solution because if the condition is met for it, it turns off the furnace and the loop assigned to it, but the rest of the loops where the sensors do not meet the condition are still open.
`Rule1
ON ATCae8e6c#Temperature DO var1 %value% ENDON
ON LYWSD035f8c22#Temperature DO var2 %value% ENDON
ON LYWSD03a8f47c#Temperature DO var3 %value% ENDON
ON LYWSD037a6e7c#Temperature DO var4 %value% ENDON
ON var1#state<21 DO BACKLOG Power6 1; Power7 1; Power8 1; Power9 1 ENDON
ON var1#state>=21 DO BACKLOG Power6 0; Power7 0; Power8 0; Power9 0 ENDON
ON var2#state<22 DO Power3 1 ENDON
ON var2#state>=22 DO Power3 0 ENDON
ON var3#state<20.5 DO Power4 1 ENDON
ON var3#state>=20.5 DO Power4 0 ENDON
ON var4#state<21 DO Power5 1 ENDON
ON var4#state>=21 DO Power5 0 ENDON
ON var2#state<22 DO BACKLOG IF (var5==0); Websend [192.168.1.100] Power1 1; var5 1;Power1 1 ENDIF ENDON
ON var2#state>=22 DO BACKLOG IF (var5==1); Websend [192.168.1.100] Power1 0; var5 0;Power1 0;Power3 0;Power4 0;Power5 0;Power6 0;Power7 0;Power8 0;Power9 0 ENDIF ENDON`
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