CAPSTONE PROJECT PLANNING.pptx
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The document discusses plans for a capstone project involving an IoT-based smart energy meter. It provides background on capstone projects, defines an IoT-based smart energy meter, and describes how such a meter would work. Key components of the proposed smart energy meter include an ESP32 Wi-Fi module, current and voltage sensors, and cloud connectivity to allow remote monitoring of energy consumption from anywhere via the Internet. Benefits highlighted are real-time data access, automated readings eliminating manual collection, detection of excessive usage, and overall cost savings.
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IRJET- Measuring Electricity Consumption of Appliances and Monitoring the...
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CAPSTONE PROJECT PLANNING.pptx
- 2. CAPSTONE PROJECT PLANNING • Capstone project is subject which encourages us to think critically, solve challenging problems and develops skills such as oral communications, public speaking, Research skill, etc. • In this semester we are going to select the subject and make a plane to execute it in next semester.
- 3. WHAT IS IOT BASED SMART ENERGY METER ? • With the current technology you need to go to the meter reading room and take down readings. • Thus monitoring and keeping track records of your electricity consumption is tedious task. • To automate this we can use the Internet of Things. • The Internet of Things saves time and money by automatic remote data collection. • So the IOT based smart energy meter is a energy meter which provides us all above advantages.
- 4. WHAT IS IOT ? • IOT stands for Internet of Things. • A network of physical objects that can interact with each other to share information and take action. • The term was first proposed by Keving Ashton in 1999. • IOT also known as machine to machine technology.
- 5. HOW THE IOT WORKS ? • IOT devices gather data and send it through the internet for processing. • Data is analyzed centrally. • Instructions based on analysis are returned to the devices.
- 6. BASICS OF IOT BASED SMART ENERGY METER • The proposed smart energy meter controls and calculates the energy consumption using ESP32 Wi-Fi Module and uploads it to the cloud from where the consumer or producer can view the product. • IOT based smart energy meter mainly consist of - ESP32 Wi-fi Module - SCT 013 Current Sensors - ZMPT101B Ac Voltage Sensor
- 7. ESP32 WiFi modules upload on all the data cloud that’s why we can monitor real time data from any where It displays all the data on LCD display The wi-fi module processes all the data and calculates energy consumption FLOW DIAGRAM OF SMART ENERGY METER SCT 013 Current Sensors measures the current ZMPT101B AC Voltage Sensor measures the voltage The output of both the sensors is given to the ESP32 Wi-Fi module
- 8. ADVANTAGES OF IOT BASED SMART ENERGY METER • The main advantage of this energy meter is we can monitor real time data from anywhere from the world. • Use of this energy meters eliminates manual meter reading. • This energy meter avoids the unmetered bill to the consumer. • The cost for labors who collects manual reading eliminates due to this energy meter. • Also we can detect the excessive energy use and save it.
- 9. CONCLUSION • The IOT based smart energy meters are future for the energy measurement. • IOT based energy meter can be the one of the effective innovation that can provide multiple functions. • The saving of cost and energy is one of the moto of smart energy meter.