The Smart Plug An Energy Monitoring and Management Solution

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Presentation transcript:

The Smart Plug An Energy Monitoring and Management Solution Division of Engineering Programs Senior Design Project II Fall 2016 Design Iterations Project Description 120Vac appliance plug attachment Allows remote control of power to appliance from Android Device Sends Real-time power data to Android Device Arduino Uno & ESP8266-01 -Poor Communication due to different Logic Voltages (3.3V – 5V). Daniel Putterman, Dr. Baback Izadi, Alex Alderman, Dr. Nitya Narasimhan Arduino Uno & ESP8266-01 w/ Logic Level Convertor -Better communication, but too much data loss. Computer Engineer Advisor Electrical Engineer Advisor Constraints Minimal cost, using free software Reduce energy consumption Extends appliance life by limiting power Safe materials in accordance with the National Safety Code (NESC) and National Fire Protection Agency(NFPA) regulations ESP8266-12e -No Communication issues. Able to activate test-bench power relay ESP8266-12e -Included SCT-013-030 Current Transformer. Signal amplification and rectification needed. Engineering Background & Theory Sampling Theory: Nyquist: 𝑓= 𝐹 𝑓 𝑠 , .5= 60ℎ𝑧 𝑓 𝑠 , 𝑓 𝑠 =120ℎ𝑧 C & Java Programming Electronics Design: 𝑃=𝑉∗𝐼 Amplifier Design: Full-Wave Rectifier Final Design Implemented using ESP8266-12e microcontroller (Xtensa CPU) Appliance Current measured with Current Transformer Google Firebase used to hold data Custom App for sending commands and receiving data 2 Stage Op-Amp Full Wave Rectifier References: "Op Amp Rectifiers, Peak Detectors, and Clamps", Microchip Technology, 2016. [Online]. Available: http://ww1.microchip.com/downloads/en/AppNotes/01353A.pdf. [Accessed: 30- Nov- 2016].