Motion Sensor Control System for Energy Management /
Motion Sensor Control System for Energy Management / Solomon, Aida Trajano. - 134 p. ; 27 cm.
Include bibliographical references.
The goal of this study is to design and develop a personal computer based on motion sensor control system for energy management focusing in a state own school building. The remote system can automatically control the light utilization depending on time schedule on the database. The system is capable of accepting input manually from the user by clicking a button displayed in the graphical user interface of the designed software and automatically linked to time schedule and motion sensor. The program is stored in a personal computer, which controls the managing circuit and monitors the present state of the system. In a simultaneous schedule of power cut off or turning the power supply "on" in several rooms of the building, the controlling program will send an electrical signal to the circuit to enable or disable power supply in each room. The computer's processor is responsible in manipulating the signal coming from the different mechanisms. The system is composed of controlling circuit, controller and monitoring software, and the motion sensor. The hardware controller was design in terms of its different input coming from the system software and the motion sensor. The hardware design depends also on its schedule outpu. The design of the controlling/monitoring software if the system contains different subroutines that perform tasks in able to accommodate actions needed by the system. It contains Graphical User Interface (GUI) to monitor the present state of the system and accept user input. The researcher used the combination of the experimental method and the descriptive method to develop the motion sensor control system for energy management. Related literature and studies were gathered using the Internet and books. The researcher used observation on the trials tested to verify the reliability of the system in its operation. The system is capable of controlling the light usage in different classroom at a specified schedule and at the same time monitor the light usage in every classroom. The result of the series of trials of the proposed system is highly consistent in performing designated task focusing on its reliability and accurateness. Finally, the researcher recommends further study be conducted to enhance the design of the research by changing the different relays to accommodate a higher voltage or current supply in the different rooms. Modification of the controller and the software so that it can control the entire campus should also be a future enhancement.
Include bibliographical references.
The goal of this study is to design and develop a personal computer based on motion sensor control system for energy management focusing in a state own school building. The remote system can automatically control the light utilization depending on time schedule on the database. The system is capable of accepting input manually from the user by clicking a button displayed in the graphical user interface of the designed software and automatically linked to time schedule and motion sensor. The program is stored in a personal computer, which controls the managing circuit and monitors the present state of the system. In a simultaneous schedule of power cut off or turning the power supply "on" in several rooms of the building, the controlling program will send an electrical signal to the circuit to enable or disable power supply in each room. The computer's processor is responsible in manipulating the signal coming from the different mechanisms. The system is composed of controlling circuit, controller and monitoring software, and the motion sensor. The hardware controller was design in terms of its different input coming from the system software and the motion sensor. The hardware design depends also on its schedule outpu. The design of the controlling/monitoring software if the system contains different subroutines that perform tasks in able to accommodate actions needed by the system. It contains Graphical User Interface (GUI) to monitor the present state of the system and accept user input. The researcher used the combination of the experimental method and the descriptive method to develop the motion sensor control system for energy management. Related literature and studies were gathered using the Internet and books. The researcher used observation on the trials tested to verify the reliability of the system in its operation. The system is capable of controlling the light usage in different classroom at a specified schedule and at the same time monitor the light usage in every classroom. The result of the series of trials of the proposed system is highly consistent in performing designated task focusing on its reliability and accurateness. Finally, the researcher recommends further study be conducted to enhance the design of the research by changing the different relays to accommodate a higher voltage or current supply in the different rooms. Modification of the controller and the software so that it can control the entire campus should also be a future enhancement.