A Smart Building Automation System

Chasta, Rohit; Singh, Rajesh; Gehlot, Anita; Mishra, Raj Gaurav; Choudhury, Sushabhan

doi:10.14257/ijsh.2016.10.8.10

Cited by 14 publications

(3 citation statements)

References 6 publications

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“…Smart buildings have gone through three distinct stages of development: automation (1981)(1982)(1983)(1984)(1985), response (1986)(1987)(1988)(1989)(1990)(1991), and efficiency from 1991 to today [24]. These buildings generate a stream of information with regulated access utilizing complicated automation systems, remote sensors, and access control systems [25]. Buildings account for at least 40% of total energy consumption [26], and the administrative building sector is one of the most energy intensive.…”

Section: Topic Trendsmentioning

confidence: 99%

Utilizing Smart Systems to Enhance the Sustainability of Egyptian Administrative Buildings

Konbr¹,

Abdelaal²

2022

cea

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Smart buildings have grabbed the attention of researchers since the 1980s. Until now, there has been no specific definition for smart buildings, which came from modern technologies and applications that rely on smart systems, significantly affecting the construction industry. Based on the importance of the administrative building sector in Egypt, this study proposed a general framework enumerating smart systems that positively impact this sector at the environmental, social, and economic levels (the three key pillars of sustainability). Various methods were used, including induction, descriptive, analysis, survey, and deduction. It enumerated and analyzed the Egyptian context through three case studies to reveal the gap between their current situation and the one hoped for in its three categories, Smart Security and Safety Systems, Smart Auxiliary Systems, and Smart Entertainment Systems. The findings of this study for the first category showed an average of 47% for security systems and 67% for safety systems. The category of smart auxiliary systems was divided into five sub-categories, showing 39% in climatic control systems, 60% in energy management systems, 100% in HVAC control systems, 50% in lighting control systems, and 56% in water management systems. Finally, the smart entertainment systems category was divided into three sub-categories, showing 42% in Wi-Fi and Internet systems, 44% in video surveillance systems, and 67% in sound and video intercom systems. Therefore, these quantitative findings represent promising results that motivate the Egyptian context to move forward in this direction by using smart systems to improve the sustainability of Egyptian administrative buildings.

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Section: Topic Trendsmentioning

confidence: 99%

Utilizing Smart Systems to Enhance the Sustainability of Egyptian Administrative Buildings

Konbr¹,

Abdelaal²

2022

cea

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“…Furthermore, the intelligent building system operates depending only on one internet protocol network, the intelligent building system is connecting all building services in the building such as the intercom lighting system, biometrics recognition, the building management, the elevator in the building, visitor management, closed-circuit television, and access control to achieve the space optimization, energy efficiency of the building. This is because the intelligent building system is designed to be a system that can provide occupants with automatic control of conditions of the interior environment in a building that mainly focuses to recognize significant savings with low cost and reduce energy utilization, (Chasta et al, 2016). An intelligent building system required four core elements to achieve the best performance, and the function of the intelligent building system such as management, system, services and, structure, as long as these four core elements perform and bond well together, the intelligent building system will automatically perform efficiently without the intervention of occupation of the building.…”

Section: Introductionmentioning

confidence: 99%

Intelligent Building System: A Study on Evaluation of Influencing Factors for Sustainable Development in Private Universities in Klang Valley

Mahazir¹,

Loo²,

Nasir³

et al. 2022

JETA

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This project is carried out to study the evaluation of influencing factors for sustainable development with intelligent building systems in private universities in Klang Valley. An intelligent building system can be defined as a building automation system that is integrated into the physical plant and building facilities and linked with the corporate systems to ensure the building management system can be brought up to date on the building operating cost, and energy efficiencies of the building. Questionnaire surveys were distributed to collect the data. Descriptive analyses were used to analyse the data using Statistical Package for Social Science (SPSS). The study showed that the main barriers to implementing Intelligence Building System (IBS) were the high initial cost. The benefits of using IBS were reduced waste, pollution, and environmental degradation. The potential chances in implementing IBS were using sustainable building materials, and recycling and reuse of materials. The ways to deal with these issues are to learn, understand, and accept, then apply the intelligent building system in the campus and try to keep up with the latest technology and innovation to increase the quality of life and productivity of the people like lecturers, students, admin staffs who are using the campus every day.

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“…Namun memiliki kendala jika ruang kendali ada di beberapa tempat, sehingga untuk mengendalikan peralatan elektronik tersebut[1], seseorang harus berpindah dari satu tempat pengendalian ke tempat pengendalian berikutnya, cara seperti ini akan memakan banyak waktu [2]. Sebagai solusi IoT yang membantu manusia untuk lingkungan dalam ruangan, dengan adanya rumah pintar untuk meningkatkan kualitas hidup orang-orang ketika mereka tinggal didalam rumah [3].dan terciptanya a smart building automation system [4], yang memiliki keamanan wireless di rumah tersebut [5]. Penggunaan embedded system juga digunakan untuk Application of Case Based Reasoning for Student Recommendations Drop Out [9].…”

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Application for Control of Distance Lights Using Microcontroller Nodemcu Esp 8266 Based on Internet of Things (IoT)

Sahtyawan

Wicaksono

2020

Compiler

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Control systems in the field of technology, electronic devices must be controlled. But there are still those who oppose if the room does not have a place anywhere, where there is no one at home, other people forget to change the lights, it is very inconvenient if you have to go home, even though if the lights are left activated there will be a waste, from which It was stated that a light monitoring device was provided using the Internet-based (IoT) tea-based Relay module using the NodeMcu ESP 8266 microcontroller which has been equipped with a wifi module, so that the led lights can be monitored by the user in realtime so using the IoT Program platform using the Blynk application, which can be controlled via handphone, In the system implementation, a display is made using Blynk. There are 4 on and off switch buttons which are used to facilitate and activate the Led lights. In this research, the control of Led using blynk is done 10 times. Led control testing is used to see each procedural function running correctly as expected, the results of tests that have been done get the results of 10x experiments that have been done to get 2 x interrupted experiments in the LEDs needed to connect the wifi network

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A Smart Building Automation System

Abstract: Abstract

Cited by 14 publications

References 6 publications

Utilizing Smart Systems to Enhance the Sustainability of Egyptian Administrative Buildings

Utilizing Smart Systems to Enhance the Sustainability of Egyptian Administrative Buildings

Intelligent Building System: A Study on Evaluation of Influencing Factors for Sustainable Development in Private Universities in Klang Valley

Application for Control of Distance Lights Using Microcontroller Nodemcu Esp 8266 Based on Internet of Things (IoT)

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