• Corpus ID: 33544617

Development of Energy Saving Smart Home Prototype

  title={Development of Energy Saving Smart Home Prototype},
  author={R. Panna and Chantana Chantrapornchai},
In this work, we are interested in developing a prototype of smart home for energy saving. The prototype uses a microcontroller PIC18F458 with various sensors such as a temperature sensor, infrared sensor as well as actuators to control the lights, air conditions, as well as the fans appropriately etc. It detects the number of people in a room, adjusts a proper temperature for the air condition, turns on the fan if needed, turns on and off the light appropriately. The simple measurement shows… 

Design and Implementation a Smart Energy Saving System using an Arduino and RF Module

A new management system is designed and constructed in order to perform saving the electrical energy using an Arduino microcontroller with various sensors such as a temperature sensors, simple RF modules as well as actuators to control the air conditions.

Development Of Cost-Saving Energy For Home Lighting Based Microcontroller and RTC

The cost saving energy tool worked as expectation of controlling the On/Off lights automatically, the RTC and current sensors can work properly to limit the current, and can reduce the cost of electrical energy.

IoT: Improved home energy control system based on consumer

An improved smart home electricity management system based on consumer behaviour is designed, which will help household occupant to control the usage of electricity automatic using sensor and manual using a smartphone.

Intelligent power saving system using PIR sensors

  • R. HarikrishnanP. Sivagami
  • Computer Science
    2017 International conference of Electronics, Communication and Aerospace Technology (ICECA)
  • 2017
The main objective of this paper is to save power in IT work spots, using a PIR sensor capable of detecting only human beings. It deals with the concept of office automation which will be very much

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A Review: Design of Smart Home Electrical Management System Based on IoT

  • M. RadjaA. Emanuel
  • Engineering
    2019 International Conference on Information and Communications Technology (ICOIACT)
  • 2019
The benefits and optimal use of smart home energy management systems viewed in various aspects are explained and the right SHEMS design method for each different case is found and a framework for future systems is suggested.

Smart House Data Acquisition Module based on PIC 18 F 4550 MS

The implemented prototype smart house system to control actuators and to control different analog and digital sensors widely used in similar systems is described, providing an efficient and cost effective solution to the current market.

Design and Application of ZigBee Wireless Techniques for an Intelligent House Lighting Control System

This paper proposed the design and application of ZigBee wireless techniques for an intelligent house lighting control system and showed that the proposed energy saving not only regulated the comfort level, but also that the energy consumption was reduced.

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Powerful and versatile information technology based on client/server and web technology was used to implement a prototype smart building providing an efficient and cost effective solution to the current market.

Prototyping of Web-based Solar Monitoring Device for Residential Photovoltaic System

This work suggested web based home energy monitoring system, namely web-based solar monitoring device, which gathered energy generation information of residential photovoltaic system by zigbee and push to central monitoring server by wired and wireless lan.



E-Wizard Toolkit: A Prototype Tool for Concurrent and Embedded System Design

A development tool to help design concurrent embedded fuzzy systems, called E-Fuzz-Wizard, which has a visual interface which allows the user to specify the requirement of fuzzy systems in terms of the fuzzy set characteristics, inference methods, rules and defuzzification method.

Arithmetic Operations and Their Energy Consumption in the Nios II Embedded Processor

Results show significant energy savings and higher performance in arithmetic operations when available arithmetic hardware suitable for these operations is included and when the utilization of resources is taken into account.

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A linear regression model is developed that relates processor power, bus activity, and system ambient temperatures into real-time predictions of the power consumption of long jobs and as result controlling their thermal impact.

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A soft-processor customization framework that takes an input 'C' application and realizes a customized processor capturing the microarchitectural details of its interface with the specialized unit in spite of incurring communication overheads in the ISE implementation is presented.

How much electricity do household items use?

  • http://michaelbluejay.com/electricity/ howmuch.html
  • 2013

Chompooming, “The Control of lights using fuzzy logic in the building

  • (in Thai),
  • 2008

Development of the fan speed automatically adaptive to environments”, (in Thai)

  • Faculty of Material and Energy, KMUTT, Thailand,
  • 2001

Sukwan, “Energy preservation using air condition together with fans”, (in Thai), Faculty of Education

  • Srinakarinwiroj University,
  • 2009

Development of the fan speed automatically adaptive to environments ”

  • 2001