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--- gpoa2019:calm-thermostat [2019/05/02 09:52]
Martin Ptáček
+++ gpoa2019:calm-thermostat [2019/05/02 11:29] (aktuální)
Martin Ptáček
@@ Řádek 4: / Řádek 4: @@
 ===== Assignment =====
-The project should make use of: DHT22 (digital temperature, humidity sensor), Relay switch (output for the boiler), LCD HT1621 (7-seg display; create new universal library), Photoresistor (for brightness settings), Quadrature encoder and capacitive buttons (for control; create custom library for ESP32), Connectivity with Home Assistant IoT platform. The final solution consisting of hardware, electronics & software should be compliant with the CALM Concept, namely with regards to reliability, easy and logic of use.
+The project should make use of: DHT22 (digital temperature, humidity sensor), Relay switch (output for the boiler), LCD HT1621 (7-seg display; acreate new universal library), Photoresistor (for brightness settings), Quadrature encoder and capacitive buttons (for control; create custom library for ESP32), Connectivity with Home Assistant IoT platform. The final solution consisting of hardware, electronics & software should be compliant with the CALM Concept, namely with regards to reliability, easy and logic of use.
 ----
@@ Řádek 30: / Řádek 30: @@
 ===== IoT Integration =====
-Originally I used a MQTT broker-client architecture using [[flespi.io|flespi.io]]. The problem with this solution was an inconvenient scalability and user interface solution. Then I noticed a very elabora project of [[hass.io| Home Assistant]] that provides many problems elegantly solved. On the other hand, it has also some downsides. At the end, I was using a combination of MQTT client (ESP32) that is connected to Home Assistant centre (Raspberry Pi 3).
+Originally I used a MQTT broker-client architecture using [[flespi.io|flespi.io]]. The problem with this solution was an inconvenient scalability and user interface solution. Then I noticed a very elaborate project of [[hass.io| Home Assistant]] that provides many problems elegantly solved. On the other hand, it has also some downsides. Its development, especially [[https://esphome.io/|ESPHome]] integration platfrom, is still in rapid progress, which caused me many problems. At the end, I was using a combination of MQTT client (ESP32) that is connected to Home Assistant (Raspberry Pi).
 ===== Summary =====
-Many of the problems of CalmFire thermostat were solved in this project and the thermostat is already in the state of capability to regulate temperature in a building. On the other hand, there are still problems to be solved and especially, to concentrate to fulfil the CALM technology resolution, which has so far not been deeply considered.
+Many of the problems of CalmFire thermostat were solved in this project and the thermostat is already capable of regulating temperature in a building. On the other hand, there are still problems to be solved and especially, to concentrate on reaching the CALM technology goal, which has so far not been deeply considered.
 {{currentState.jpg|Current state of CalmFire thermostat}}
 ===== Further Development =====
-In the future development, there will be a construction of a PCB board (probably DIY to be accessible to everyone) and construction of a 3Dprinted/laser cuted case and mounts.
+In the future development, there will be a construction of a PCB board (probably DIY to be accessible to everyone) and construction of a 3Dprinted/laser cutted case and mounts.
-===== References =====
+===== Sources =====
-- https://github.com/Brunez3BD/WIFIMANAGER-ESP32
+  * https://github.com/Brunez3BD/WIFIMANAGER-ESP32
-- https://github.com/adafruit/Adafruit_Sensor
+  * https://github.com/adafruit/Adafruit_Sensor
-https://github.com/adafruit/DHT-sensor-library
+  * https://github.com/adafruit/DHT-sensor-library
-https://github.com/knolleary/pubsubclient
+  * https://github.com/knolleary/pubsubclient
-https://github.com/skorokithakis/kicad-lib
+  * https://github.com/skorokithakis/kicad-lib
-https://hackaday.io/project/13483-esp32-kicad-library
+  * https://hackaday.io/project/13483-esp32-kicad-library
-http://www.14core.com/wiring-the-6-digit-7-segment-2-4-inch-ht1621-lcd-display-module-on-microcontroller/
+  * http://www.14core.com/wiring-the-6-digit-7-segment-2-4-inch-ht1621-lcd-display-module-on-microcontroller/

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