Dynamically controlling exterior and interior window coverings through IoT for environmental friendly smart homes

Energy Conservation in the classroom environment is the need of the hour. Energy Efficiency is one of the important aspects of smart classroom monitoring. IoT can be used to monitor and to control the appliances present in the classroom with the advancement in integrated circuits technology. The sensors and the other endpoint devices are available in abundance and at a reasonable rate. By using these devices, the classroom environment can be made energy efficient. The data collected can be communicated using Wi-Fi to the cloud or local server. This helps in proper controlling and managing the appliances in the classroom effectively. Further, the scheduling can be adapted to switch on and off the appliances in the classroom. A web/mobile app can be developed for controlling the appliances.

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“…In this paper, the sensors like PIR are connected to the Galileo Board. Threshold values are sent to the Environmental Friendly Smart Homes [16].…”

Section: Smart Home Lighting System [9]mentioning

confidence: 99%

A Survey on an IoT Based Automated Classroom Appliances Controlling System

Akshay¹,

Salian²,

Amulya³

et al. 2022

IJSRCSEIT

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“…Moreover, light sensors should be mounted on the external walls of the building to sense the surrounding light. When the management system is informed for the outside surrounding light, then directions can be given to open curtains through actuators and also awnings [32] so as to let the sunlight in, switch off the LEDs and therefore save energy, see Fig.7 The most important element of this smart building template is the wireless sensor and actuator network, see Fig. 8, which is responsible for informing the BEMS with vital data during a specific time interval, in order to act in an optimized way regarding energy savings.…”

Section: A Smart Technology Building Templatementioning

confidence: 99%

Energy Efficiency in Smart Buildings: IoT Approaches

2020

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The Internet of Energy (IoE) impacts on smart cities' power sector. IoE is an implementation of the Internet of Things technology (IoT) into distributed energy systems and aims to achieve energy efficiency, to avoid energy wasting, and improve environmental conditions. IoE technology includes, among others, utilizing smart sensors and renewable energy integration. Therefore, the IoE is becoming a legal science tool to serve the purpose of a smart city. In this paper, we refer to the reasons that led the European Union to compile Regulations for facilitating transformation of existing cities, starting from existing buildings, into smart buildings. We propose a smart building template that manages the performance of all technical systems through IoT technology with the view of achieving energy efficiency. In addition, in order to improve the certification of existing buildings, as for energy performance, we propose an automated remote, control method supported by cloud interface. This method minimizes time consuming procedures and stores, on a cloud platform the energy performance of each building, for the purpose of drawing conclusion and applying measures. INDEX TERMS Energy efficiency, energy performance of existing buildings, Internet of Things, smart building template, smart energy management.

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“…For these experiments, bistable SmA LCDs have been manufactured by EuroLCDs Ltd. (see parameters in Table 1 and Table 2). LCDs have 300x400mm outer dimensions and active area equally divided into 8 pixels (one pixel is 95x275mm), which can be switched individually or as a single unit if they are connected in parallel [9], [10]. To maintain a constant cell gap, 15µm plastic ball spacers with density of 10pcs/mm 2 have been used.…”

Section: Experimental Partmentioning

confidence: 99%

“…The LC cell can be considered as an ideal capacitor. Due to its construction, it is very similar to a flat capacitor, where both plates are made up of two indium tin oxide (ITO) layers and between them there is LC material with [10]. More precisely is to take into account conductivity loss and LC cell approximation in a narrow band with a non-ideal capacitor model ( Fig.…”

Section: Experimental Partmentioning

confidence: 99%

See 1 more Smart Citation

Study of Electrical Properties of Bistable Smectic-A Liquid Crystal Displays

Maltisovs

Pikuļins

2019

Latvian Journal of Physics and Technical Sciences

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Bistable smectic-A (SmA) liquid crystal display (LCD) is one of the most promising devices for smart glass applications due to long-term bistability, low haze at clear state, low transmittance at scatter state and low power consumption. The need of a good simulation model for an LCD becomes apparent during the design of driving system. Liquid crystal (LC) capacitance is critical in the simulation of LCD pixels and is voltage dependent due to the crystal characteristics. Bistable smectic-A LC capacitance model is introduced in the paper. The study describes the most relevant conclusions obtained from the measurements of electric properties of bistable SmA LCD samples and electric equivalent circuit characterization.

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Dynamically controlling exterior and interior window coverings through IoT for environmental friendly smart homes

Cited by 10 publications

References 6 publications

A Survey on an IoT Based Automated Classroom Appliances Controlling System

A Survey on an IoT Based Automated Classroom Appliances Controlling System

Energy Efficiency in Smart Buildings: IoT Approaches

Study of Electrical Properties of Bistable Smectic-A Liquid Crystal Displays

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