Dual-Rotor Electromagnetic-Based Energy Harvesting System for Smart Home Applications

Dinulovic, Dragan; Shousha, Mahmoud; Al-Batol, Muaadh; Zafar, Talha; Bickel, Jan; Ngo, Ha-Duong; Haug, Martin

doi:10.1109/tmag.2020.3014065

Cited by 10 publications

(4 citation statements)

References 15 publications

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“…In 2020, Dinulovic, D, et al, [21] proposed a REEH, dualrotor generator, and associated PMS. EH and PMS are tested jointly, and the overall system's experimental findings are reported.…”

Section: Literature Surveymentioning

confidence: 99%

Heterogeneous Energy Harvesting Techniques for Smart Home IoT Acceleration

Bharathi Madavarapu,

Islam,

Appathurai

et al. 2024

IEEE Access

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Energy harvesting and Internet of Things (IoT) technology is being integrated with home appliances. IoT devices could harvest energy from alternative energy sources to convert the available energy from home appliances into electrical energy. Smart home energy management systems face isolated scheduling horizons and unreliable inputs. In this research, an IoT Heterogeneous Energy Harvesting (IHEH) technique has been proposed for residential home energy management to operate the smart home appliances which consists of four layers, namely, the Energy Harvesting Layer (EHL), the Control and Sensing Layer (CSL), the Application Layer (AL), and the Information Processing Layer (IPL). The proposed technique keeps track of the distribution of several types of energy, including thermal, piezoelectric, and light energy. The overall efficiency of the proposed method is 90% per day. The proposed IHEH technique yields more power and increases the lifetime of batteries.INDEX TERMS IoT, Smart home, Energy harvesting, Household power, Domestic energy.

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“…In 2020, Dinulovic, D, et al, [21] proposed a REEH, dualrotor generator, and associated PMS. EH and PMS are tested jointly, and the overall system's experimental findings are reported.…”

Section: Literature Surveymentioning

confidence: 99%

Heterogeneous Energy Harvesting Techniques for Smart Home IoT Acceleration

Bharathi Madavarapu,

Islam,

Appathurai

et al. 2024

IEEE Access

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“…For nodes placed on moving elements such as vehicles, machines, or the human body, mechanical energy is the predominant form of energy that can be harvested. In this case, the most commonly encountered harvesters are piezoelectric harvesters [18,19], triboelectric harvesters [20,21], and electromagnetic harvesters [22][23][24]. If the node lacks the ability to move or vibrate, then, thermal energy can be converted using Peltier cells [25,26].…”

Section: Introductionmentioning

confidence: 99%

“…With a temperature gradient of 20 °C, the buffer was charged in just 11 s. The charging characteristics of the energy storage as a function of the temperature gradient on the TEG are shown in Figure 15. From the author's previous research and literature review [18,23,57], it is known that a cost-effective IoT node for one duty cycle involving taking and processing a measurement and sending data, consumes between 1 to several millijoules. Therefore, tests will be conducted to give an answer in what time the built power systems are able to store 4.5 mJ, i.e., charge a 1 mF supercapacitor to 3 V.…”

mentioning

confidence: 99%

Hybrid Optical and Thermal Energy Conversion System to Power Internet of Things Nodes

Dziadak

2023

Energies

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This article presents research about a hybrid power system dedicated to Internet of Things (IoT) nodes. As an introduction, performance tests of the harvesters, that is, a 40 × 40 mm Peltier cell based on Bi2Te3 and three solar cells, monocrystalline, polycrystalline, and amorphous, are presented. The study established the dependence of the effect of generated power on the load resistance. Thus, it states how the internal resistance of the harvesters changes. Following the above tests, a complete power unit with a single harvester and an LTC3108 conversion circuit, as well as an energy buffer in the form of a 1 mF supercapacitor, were built and tested. The unit with a thermoelectric generator generated power from 14 to 409 µW. The unit with a 65 × 65 mm polycrystalline cell generated power from 150 to 409 µW. Next, a hybrid system was built and tested with both of the aforementioned harvesters, which generated power from 205 to 450 µW at 2000 lx illumination and a temperature difference of 20 °C for the thermoelectric generator claddings.

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“…This is a change in the ecosystem that is undesirable for environmental health. Environment degradation is linked to the ineffective and poor quality of institutes which are caused by the weak implementation process of these regulations (Dinulovic et al, 2020). Environmental degradation is commonly caused by both human activities and natural disasters.…”

Section: Introductionmentioning

confidence: 99%

Unveiling the Role of Business Freedom to Determine Environmental Degradation in Developing Countries

Audi,

Ali

2023

IJEEP

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Presently, environmental degradation is the prime concern of the world economies as a whole. Following this concern, Sustainable Development Goals designed by the UNDP raise the slogan “Clear Environment for All”. This paper has analyzed the impact of business freedom on environmental degradation in the case of 110 developing countries from 2000 to 2020. Panel least squares and generalized moments methods have been applied to check the impact of explanatory variables on dependent variables. The results show that business freedom and renewable energy consumption have a negative and significant impact on environmental degradation in selected developing countries. The results explain that financial development has a positive and significant impact on environmental degradation in developing countries. Whereas urbanization has a positive and significant impact on environmental degradation. Thus, for the reduction of environmental degradation business freedom and renewable energy consumption should be promoted, whereas negative linkages of urbanization and financial development should be reduced.

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Dual-Rotor Electromagnetic-Based Energy Harvesting System for Smart Home Applications

Cited by 10 publications

References 15 publications

Heterogeneous Energy Harvesting Techniques for Smart Home IoT Acceleration

Heterogeneous Energy Harvesting Techniques for Smart Home IoT Acceleration

Hybrid Optical and Thermal Energy Conversion System to Power Internet of Things Nodes

Unveiling the Role of Business Freedom to Determine Environmental Degradation in Developing Countries

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