DESIGN FOR MIDDLE-WAY OF INTELLIGENT ENERGYSAVING SYSTEM WITH EMBEDDED SYSTEM

Abstract:
Energy saving and carbon reductio...
Block Diagram:
Power
Supply
Ethernet
Converter
LCD

RFID
Reader

UART
Control
Circuit

Key

PIC16F877A
MAX 232

Bulb 1

Re...
 RFID Reader & Tag
 PC wuth.NET

Software requirements
 Embedded c
 MPLab Compiler or CCS Compiler
 VB .NET

Advantag...
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Design for middle way of intelligent energy-saving system with embedded system

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Design for middle way of intelligent energy-saving system with embedded system

  1. 1. DESIGN FOR MIDDLE-WAY OF INTELLIGENT ENERGYSAVING SYSTEM WITH EMBEDDED SYSTEM Abstract: Energy saving and carbon reduction becomes the global issue for saving the earth. Since people often forget to turn off the electrical facilities with carelessness, so the effect of passive to remind people for energy-saving was limited, but if we constructed automotive and active monitoring mechanism to proceed to energy management, the effect of energy-saving would be much better. The detecting of running parameters of the energy-saving system was affected by design cost and efficiency, which includes power, power factor, voltage and current, harmonic. The space parameters include classification of facilities, number of people, temperature, CO2, humidity, luminance, the position of people etc. Existing system: At present the RS 422 protocols and Power Line communication (PLC) is used. The disadvantage is that the amount of cabling required is huge. This is overcome in the proposed system. Proposed system: In the proposed system, a sensor network is framed. The sensors used are temperature, humidity, LDR, CO2 Sensor. The system consists of a PIC Microcontroller interfaced with the above said sensors. The sensor values are transmitted to PC. Two bulbs are controlled based on the number of person entering the room which is obtained using RFID technique. RFID cards are used to count the no of persons entering. If manual mode is set in PC, the devices are controlled manually from PC. The communication between PC and the microcontroller is ETHERNET based.
  2. 2. Block Diagram: Power Supply Ethernet Converter LCD RFID Reader UART Control Circuit Key PIC16F877A MAX 232 Bulb 1 Relay Driver Temperature Sensor Humidity Sensor CO2 Sensor LDR Bulb 2 Hardware requirements:  PIC16F877A Microcontroller with Power Supply  Ethernet Converter  LCD  MAX 232  Temperature Sensor  Humidity Sensor  CO2 Sensor  LDR  Relay Driver
  3. 3.  RFID Reader & Tag  PC wuth.NET Software requirements  Embedded c  MPLab Compiler or CCS Compiler  VB .NET Advantages  Intelligent Energy-Saving

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