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--- user:adiel001 [2022/06/29 09:35] – [Building Optimization] adiel001
+++ user:adiel001 [2022/06/29 12:22] – [2.1 Materials & Sofware] adiel001
@@ Line 8: / Line 8: @@
 ===== Building Optimization =====
- AMC 2022 Project can be found here [[Building Optimization]]
+A. Batson (28067), A. Akuri (29630), G. Ciobanu (29427)
+(AMC 2022 Project can be found here [[Building Optimization]] . Until the page is available, edits will be made here. )
+==== 1.0 Introduction =====
+As the urgency to mitigate and combat climate change grows, more and more solutions are required to forder a more sustainable world. On the radar for these solutions, energy conservation and consumption reduction techniques comprise a significant measure in realizing greater sustainability in home & industry (Mahiri et al. 2022). However, one of the greatest limitations in realizing these developments is human contingent, for example forgetting to turn/off lights and heating. This project targets energy use optimization by smart control of lights and heating use in prototye designed to simplify a building.
+By utilization of a microcontroller, a relay and two sensors to record, interpret values and automatically perform specific actions in order to minimize wastage of energy.
+==== 2.0 Materials & Method ====
+=== 2.1 Materials & Sofware ===
+  *  ESP32 Connection & MQTT
+  *  LDR Photoresistor
+  *  DHT11 Temperature Sensor
+  *  SPDT Relay
+  *  Node-Red
+  *  InfluxDB
+  *  Grafana
+== 2.1.1 ESP32 & Wifi Connection ==
+== 2.1.2 LDR Photoresistor ==
+== 2.1.3 DHT11 Temperature Sensor ==
+== 2.1.4  SPDT Relay ==
+== 2.1.5 Software Packages ==
+==== 3.0 Results ====
+==== 4.0 Discussion ====
+==== 5.0 References ====
+Mahiri, F., Najoua, A., & Ben Souda, S. (2022). 5G-Enabled IIoT Framework Architecture Towards Sustainable Smart Manufacturing. In International Journal of Online & Biomedical Engineering; 2022, Vol (Bd. 16, Nummer 4, S. 4–20). https://doi.org/10.3991/ijoe.v18i04.27753