Wind energy harvesting system powered wireless sensor networks for Structural Health Monitoring

Sathiendran, R. K.; Ramesh, S.; Chandar, B.; Prasad, Bandam Hari

doi:10.1109/iccpct.2014.7054963

Cited by 8 publications

(7 citation statements)

References 6 publications

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“…Ghosh et al (2014) proposed a WSN to monitor the health of Railway Bridge by considering the energy efficiency of the WSN used for monitoring by addressing the key issues on batteries and memory. Some studies posed alternate energy source for the WSN in structural health monitoring, for an instance, Sathiendran et al (2014) discussed the application of green technologies like power from wind, solar, vibrations, thermal and tidal waves. Further they presented the energy efficient WSN model for structural health monitoring by harvesting the energy from the means of wind to balance the complication arouse from the batteries.…”

Section: Structural Health Monitoring and Wsnmentioning

confidence: 99%

Evaluating the technical barriers of large scale sustainable wireless sensor network: A resources approach

Janani

Kumar²

2015

Resources Policy

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Section: Structural Health Monitoring and Wsnmentioning

confidence: 99%

Evaluating the technical barriers of large scale sustainable wireless sensor network: A resources approach

Janani

Kumar²

2015

Resources Policy

View full text Add to dashboard Cite

“…The kinetic energy of the wind could be transformed to the mechanical energy by windmill, and then transform the mechanical energy to electrical energy, which is the principle of wind power generation. As a kind of clean and renewable energy, wind energy collection technology is inexhaustible in the special environment, so it attracts the attention of more and more research institutions, colleges and universities around the world [3]. R.K. Sathiendran et al produced a small wind energy harvesting and storage system based on wireless sensor networks [3] in 2014.…”

Section: Wind Energy Harvesting Technologymentioning

confidence: 99%

“…As a kind of clean and renewable energy, wind energy collection technology is inexhaustible in the special environment, so it attracts the attention of more and more research institutions, colleges and universities around the world [3]. R.K. Sathiendran et al produced a small wind energy harvesting and storage system based on wireless sensor networks [3] in 2014. The picture of wind energy harvesting device is shown in Fig.…”

Section: Wind Energy Harvesting Technologymentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

“…The traditional battery is limited in the application of micro electronic system for the defaults of the short life, limited energy storage and chemical toxicity. Therefore, how to obtain the energy from the external environment to power the micro electronic system indirectly is becoming a hot research topic [1][2][3].The technology of energy harvesting refers transforming a variety of different forms of energy to electrical energy by the use of certain energy harvesting device placed in certain circumstances, which is especially smaller power supply technology applied in agriculture, industrial and military fields of application, in the general sense, such as, the power supply of wireless sensor network node.The various forms of energy are provided in nature, which can be summarized as heat energy, electromagnetic energy and kinetic energy. Heat energy includes the temperature difference energy, solar energy and geothermal energy, electromagnetic energy includes light energy, electromagnetic waves energy and other electromagnetic energy, and kinetic energy includes the wind energy, the fluid kinetic energy, wave energy and so on according to the different sources [4][5][6].…”

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Energy Harvesting Technology Research

Sang¹,

Wang²,

Li³

et al. 2017

dteees

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Abstract. The energy harvesting technology which obtains the energy from the external environment to power the micro electronic system indirectly is becoming a hot and promising research topic. The paper deals with the concept and classification of the energy harvesting technology. Firstly, the permanent portable power sources for advanced micro electronic devices are discussed, such as the energy coming from the sun, the wind, the wave, the fluid, the thermic heat, and the electromagnetic wave electromagnetic field. Then, the energy harvesting principles and the characterization are described, and the typical devices designed recent years are introduced. IntroductionWith the fast development of microelectronics technology, the increasing complexity of the application environment of microelectronics devices and the diversification of the application fields, the higher requirements of the system performance are put forward. The traditional battery is limited in the application of micro electronic system for the defaults of the short life, limited energy storage and chemical toxicity. Therefore, how to obtain the energy from the external environment to power the micro electronic system indirectly is becoming a hot research topic [1][2][3].The technology of energy harvesting refers transforming a variety of different forms of energy to electrical energy by the use of certain energy harvesting device placed in certain circumstances, which is especially smaller power supply technology applied in agriculture, industrial and military fields of application, in the general sense, such as, the power supply of wireless sensor network node.The various forms of energy are provided in nature, which can be summarized as heat energy, electromagnetic energy and kinetic energy. Heat energy includes the temperature difference energy, solar energy and geothermal energy, electromagnetic energy includes light energy, electromagnetic waves energy and other electromagnetic energy, and kinetic energy includes the wind energy, the fluid kinetic energy, wave energy and so on according to the different sources [4][5][6].The energy harvesting technologies have been researched widely, and there are many corresponding energy harvesting devices which could work without fuel is expected to provide long-lasting supply of electrical power directly to low-power electronic components without manual maintenance. Thus, in recent years, energy harvesting device research attracted a lot of attention both in academia and industry [7][8][9].

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Energy Harvesting Networks

Singh¹,

Ku²,

Flanagan³

et al. 2020

Wiley 5G Ref

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In the era of big data, the rapid growth of data services is pushing forward the persistent evolution of wireless network designs to resolve new challenges such as spectrum efficiency, power consumption, quality‐of‐service (QoS), mobility. In particular, energy consumption issues become critical in many emerging wireless applications, for example, in Internet‐of‐Things (IoT), and motivate researchers to revisit the network designs which take the energy efficiency into consideration. Energy harvesting (EH) has recently been advocated as an alternative to perpetually power wireless nodes in the next‐generation wireless networks, especially for the networks that are confined by limited battery to affect the network lifetime or in the hazardous environments that are inconvenient to frequently replace batteries. The characteristics of various ambient energy sources are introduced with the focus of their impact on wireless communication designs, as compared with the conventional grid power supply. The design issues are then elaborated for various modern wireless networks, including cooperative networks, cognitive radio networks, vehicular networks, underwater networks, and unmanned aerial vehicle (UAV) networks. In particular, two examples regarding with the cooperative communications are provided to get more insight into the methodology for designing EH networks. The design challenges of the incorporation of EH into these wireless networks are highlighted in different EH environments from the underwater, ground to air.

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Wind energy harvesting system powered wireless sensor networks for Structural Health Monitoring

Cited by 8 publications

References 6 publications

Evaluating the technical barriers of large scale sustainable wireless sensor network: A resources approach

Evaluating the technical barriers of large scale sustainable wireless sensor network: A resources approach

Energy Harvesting Technology Research

Energy Harvesting Networks

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