Energy management system thesis

The concept of the internet of things will impact our life both in how we live and how we work. It is a growing topic of interest these and will deeply affect our daily life in the near future in a positive way. There are a number of topics in Internet of Things IoT for thesis and research. Before going into the topics, it is better to have a complete understanding of the basics of IoT.

Energy management system thesis

Alcantara Fritz Gerald A. Esteban Nico Cesar G. Panaligan Mc Eljon Cueto Course: The project is designed to monitor the number of persons entering as well as exiting a room. Electrical loads are switched ON as the first Energy management system thesis enters and switches OFF when the last person leaves.

IR sensors used in combination with microcontroller to monitor all the operations. This helps in saving lot of energy. There are two pair sensors, each kept at certain distance from the other.

One pair of sensor consists of a transmitter and a receiver, kept besides to each other. The transmitting part emits modulated IR light which is received at the receiver end and fed to a microcontroller.

When a person enters the room then microcontroller senses it with the help of IR sensors and increments the count and also switches ON the lights and air conditioner.

In the same way when a person exits the room, the count gets decremented. When the last person exits from the room, the light and ac is switched OFF using a relay. The following will be the beneficiaries of the proposed system: They are the main beneficiaries of this project.

The energy consumption of a school with air conditioners in every room is very high and this project aims to lessen that consumption to decrease the monthly bill that the school pays that will also greatly benefit the students End User: The end users will not worry if they ever leave an electrical device because this project can be connected to the circuit breaker of a house so that if the system indicates that there are no more people inside it will automatically turn off the circuit breaker.

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GizDuino is an Arduino compatible microcontroller board proudly made in the Philippines. It is designed and exclusively manufactured by e-Gizmo Mechatronix Central. To put it simpler, it is an e-Gizmo version of Arduino.

That means, all the functions, capabilities, pin-outs and board size of the original Arduino is exactly the same with GizDuino. They are electronics prototyping platforms based on flexible, easy-to-use hardware and software.

Energy management system thesis

They have the ability to control interactive objects and environments, and have limitless potential to do so. A typical system for detecting infrared radiation using infrared sensors includes the infrared source such as blackbody radiators, tungsten lamps, and silicon carbide.

Next is the transmission medium used for infrared transmission, which includes vacuum, the atmosphere, and optical fibers. Thirdly, optical components such as optical lenses made from quartz, CaF2, Ge and Si, polyethylene Fresnel lenses, and Al or Au mirrors, are used to converge or focus infrared radiation.Student Employment Opportunities.

The ASC and Tutor Clearinghouse are now hiring office interns, peer tutors, study group leaders, resident experts, and more. This has made the system more complex and more interdependent.

The increasing number of disturbances occurring in the system has raised the priority of energy management system infrastructure which has been improved with the aid of technology and investment; suitable methods have been presented to optimize the system in this thesis.

Sustainable energy management „energy production, storage, transport, social, economic and Aims of the doctoral thesis Hungary use less renewable energy than neighboring countries.

City Research Online - Intelligent energy management system - techniques and methods

However across Europe, the energy supply system, furthermore more . [9] Pricing Strategies in the market for energy management and information systems: the Wattics case, Alberto Simioni, Arturo Lorenzoni, Antonio Ruzzelli, Master Thesis in Energy Engineering, University of Padua, Italy, Improved Analytics for Urban Energy Distribution Grids with Smart Buildings Lead Researcher / Institution: Audun Botterud – Massachusetts Institute of Technology Developing a Smart Energy Router for Flexible and Efficient DC Power Distribution in Smart Homes and Buildings Lead Researcher / Institution: Minjie Chen – Princeton .

iii ABSTRACT This Master thesis presents a bidirectional converter controlled by an energy management control system that is designed for a small scale residential application.

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