A half-wave electromagnetic energy-harvesting tie towards safe and intelligent rail transportation

Pan, Yu; Zuo, Lei; Ahmadian, Mehdi

doi:10.1016/j.apenergy.2022.118844

Cited by 25 publications

(3 citation statements)

References 18 publications

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“…Most studies have concentrated solely on prototype performance, but real-world road evaluations are required to assess the actual performance of energy regeneration. A novel railway energy harvesting tie suggested in a paper [94] and aimed at improving rail safety and connectivity by bringing intelligence to the railway is one example of this. The system is intended for uses that require trackside power in remote areas and tunnels, where electrical power is required but difficult to supply for wayside safety devices, wireless communication systems, and health monitoring systems.…”

Section: Technical Challenges and Future Workmentioning

confidence: 99%

Overview of the Potential of Energy Harvesting Sources in Electric Vehicles

et al. 2023

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Energy harvesting, a cutting-edge technology that captures wasted energy from vehicles, constitutes a means to improve the efficiency of electric vehicles. Dissipated energy can be converted into electricity using regenerative energy recovery systems and put to various uses. This study tenders a thorough examination into energy recovery technologies which could be applied to the various types of energy dissipated in electric vehicles. The paper investigates the possible sources of energy recoverable from an electric vehicle, as well as the various types of energy dissipated. It also examines the energy recovery technologies most frequently used in vehicles, categorizing them according to the type of energy and application. Finally, it determines that with further research and development, energy harvesting holds considerable potential for improving the energy efficiency of electric vehicles. New and innovative methods for capturing and utilizing wasted energy in electric vehicles can be established. The potential benefit of applying energy recovery systems in electric vehicles is a vital issue for the automobile industry to focus on due to the potential benefits involved. The ongoing progress currently being made in this field is expected to play a significant role in shaping the future of transportation.

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Section: Technical Challenges and Future Workmentioning

confidence: 99%

Overview of the Potential of Energy Harvesting Sources in Electric Vehicles

et al. 2023

View full text Add to dashboard Cite

show abstract

“…Most studies have concentrated solely on prototype performance, but realworld road evaluations are required to assess the actual performance of energy regeneration. A novel railway energy harvesting tie suggested in a paper [87] and aimed at improving rail safety and connectivity by bringing intelligence to the railway is one example of this. The system is intended for uses that require trackside power in remote areas and tunnels, where electrical power is required but difficult to supply for wayside safety devices, wireless communication systems, and health monitoring systems.…”

Section: Technical Challenges and Future Workmentioning

confidence: 99%

Overview of the Potential of Energy Harvesting Sources in Electric Vehicles

Bentouba¹,

Zioui²,

Breuhaus³

et al. 2023

Preprint

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The evolution of transportation has been inextricably tied to the progress of civilization. Through innovation, the automobile business has been working to improve safety, quality, and compliance with environmental regulations. Electric vehicles have made significant strides in this area, but optimizing their efficiency requires a special focus because they expend energy that can be recovered in a variety of ways. Energy harvesting, a cutting-edge technology that captures wasted energy from vehicles, has recently received a lot of attention as it constitutes a means to improve the efficiency of electric vehicles. Dissipated energy can be converted into electricity using regenerative energy recovery systems and put to various uses. This study tenders a thorough examination into energy recovery technologies which could be applied to the various types of energy dissipated in electric vehicles. Firstly, the paper investigates the possible sources of energy recoverable from an electric vehicle, as well as the various types of energy dissipated. Secondly, the article examines the energy recovery technologies most frequently used in vehicles, categorizing them according to the type of energy and application. Finally, it determines that with further research and development, energy harvesting holds considerable potential for improving the energy efficiency of electric vehicles. New and innovative methods for capturing and utilizing wasted energy in electric vehicles can be established. The potential benefits of applying energy recovery systems in electric vehicles is a vital issue for the automobile industry to focus on due to the potential benefits involved. The ongoing progress currently being made in this field is expected to play a significant role in shaping the future of transportation.

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“…In summary, although the weight of the "Machine" is low, the overall evaluation level of smart construction site safety management can still be improved by enhancing the storage time of construction site data, supporting multiple image signal inputs, reserving more interfaces for future devices, increasing additional measures to prevent theft and vandalism in construction sites [57], and improving the ability of devices to withstand adverse weather conditions.…”

Section: Machinementioning

confidence: 99%

Evaluation of Safety Management of Smart Construction Sites from the Perspective of Resilience

Qian,

Liu,

Mao

et al. 2023

Buildings

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In the context of green, low-carbon, and sustainable construction, the safety management of smart construction sites has been a key issue. Current related research mainly focuses on the application of technology, but lacks methods to evaluate the safety management level. Therefore, this research aims to construct a smart construction site safety management evaluation model from a resilience perspective. First, this research identified and screened the indicators initially based on the 4R resilience characteristics and 4M theory by analyzing the policy texts of smart construction site safety management. Then, through expert consultation, the ISM model of resilience indicators was established to determine the evaluation indicator system of smart construction site safety management. Next, the weight of each indicator was determined with the help of the analytic network process, and the evaluation criteria of the indicators were formulated according to the existing specifications and expert interviews; then, the evaluation model of smart construction site safety management was established. Finally, the feasibility of the model was proved through a case study. The findings of the research show that in terms of weights, management has the highest score, followed by media, man, and machine. However, more resilience measures are used for the safety management of machine than the other three in policy texts. Obviously, there is a deviation between weights and resilience characteristics. These findings help reveal the current situation of safety management at smart construction sites, which is of great significance for improving resilience. The findings also help smart construction sites to realize the upgrading of safety, efficiency, and greenness, and promote the sustainable development of smart construction sites as well as the construction industry.

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A half-wave electromagnetic energy-harvesting tie towards safe and intelligent rail transportation

Cited by 25 publications

References 18 publications

Overview of the Potential of Energy Harvesting Sources in Electric Vehicles

Overview of the Potential of Energy Harvesting Sources in Electric Vehicles

Overview of the Potential of Energy Harvesting Sources in Electric Vehicles

Evaluation of Safety Management of Smart Construction Sites from the Perspective of Resilience

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