IoT-Based Smart Energy Meter for Real-Time Power Monitoring and Control - Complete Project Package
SKU: IOT-SEM-ESP8266-001
KSh 1,450.00
KSh 2,100.00
31% OFF
Prices in Kenyan Shillings (KSh)
Product Description
This comprehensive project package provides everything needed to understand, implement, and document an IoT-Based Smart Energy Meter for Real-Time Power Monitoring and Control. The system leverages ESP8266 microcontroller technology and PZEM-004T energy monitoring module to enable real-time monitoring, analysis, and control of electrical power consumption. What You Get: This complete package includes all essential documentation and technical files for the IoT-Based Smart Energy Meter project: Documentation Files: Concept Paper - Detailed project concept and rationale Project Proposal - Formal proposal document with objectives, scope, and methodology Technical Report - Comprehensive technical documentation covering system design, implementation, testing, and results Scientific Paper - Research paper format suitable for academic publication or conference submission Presentation Slides - Professional PowerPoint presentation for project defense or demonstration Technical Files: Poster (Editable PPT Format) - Customizable project poster for exhibitions and presentations Proteus Simulation - Complete circuit simulation files for virtual testing NodeMCU Code - Production-ready firmware for ESP8266/NodeMCU implementation Arduino Code for Proteus - Modified code compatible with Arduino Uno for Proteus simulation (since no active NodeMCU library exists for Proteus) Proteus Simulation File - Ready-to-run simulation environment System Features: Real-time voltage and current monitoring Power consumption tracking and analysis Remote load control via IoT connectivity LCD display for local monitoring Web-based user interface for remote access Historical data logging and graphical visualization Automated alerts for abnormal conditions Technical Specifications: Microcontroller: ESP8266/NodeMCU Energy Monitoring: PZEM-004T module Display: 16x2 LCD Control: 4-channel relay module Communication: Wi-Fi (IoT connectivity) Voltage Range: 80-260V AC Current Measurement: Up to 100A Perfect For: Engineering students (Electrical, Electronics, Computer, Mechatronics) Final year projects and capstones Research and academic purposes IoT and smart grid enthusiasts Prototype development and testing Note: This package contains digital files only. No Bill of Materials (BOQ) is included. Hardware components must be sourced separately.
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Product Features
- Complete academic project package with all documentation
- Ready-to-use NodeMCU and Arduino source code
- Working Proteus simulation files
- Editable presentation slides and poster
- Comprehensive technical report with diagrams
- Scientific paper format for publication
- Real-time power monitoring implementation
- IoT connectivity with ESP8266
- PZEM-004T integration for accurate measurement
- 4-channel relay control for load management
- LCD display interface for local monitoring
- Web-based user interface for remote access
- Historical data logging and visualization
- Automated alert system for abnormal conditions
- Step-by-step documentation for easy implementation
- Suitable for final year projects and research
- Includes both simulation and hardware implementation guide
- Professionally formatted documents
- Instant digital download
- Lifetime access to all files
Technical Specifications
Windows
Mac
Linux
Arduino IDE
Proteus Design Suite
Requirements
- For Documentation: Microsoft Word or a compatible word processor (files provided in .docx format). No PDF reader is required.
- For Presentations: Microsoft PowerPoint or compatible presentation software.
- For Simulation: Proteus Design Suite 8.0 or higher.
- For Code Editing: Arduino IDE 1.8.x or higher.
- For NodeMCU Programming: The ESP8266 board support package is installed in Arduino IDE.
- System Requirements: Minimum 4GB RAM, 2GB free disk space, Windows 7/8/10/11 or macOS 10.12+.
What's Included
- Concept Paper (DOCX)
- Project Proposal (DOCX)
- Technical Report (DOCX)
- Scientific Paper (DOCX)
- Presentation Slides (PPT)
- Project Poster - Editable (PPT format)
- Proteus Simulation File (.pdsprj)
- NodeMCU Source Code (.ino)
- Arduino Code for Proteus Simulation (.ino)
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KSh 1,450.00
KSh 2,100.00
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Technical Specifications
Please refer to the technical specifications displayed above in the product information section.
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