Enhancement the economical and environmental aspects of plus-zero energy buildings integrated with INVELOX turbines

Shaterabadi, Mohammad; Jirdehi, Mehdi Ahmadi; Amiri, Nima; Omidi, Sina

doi:10.1016/j.renene.2020.02.089

Cited by 36 publications

(9 citation statements)

References 46 publications

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“…Here, the intake wind speed is assumed to be 5.5 m/s, which is a very low wind speed that must be improved. (Nielson et al 2020;Shaterabadi et al 2020;Takeyeldein et al 2020;Zhu et al 2021).…”

Section: Diffuser Wind Turbine Designmentioning

confidence: 99%

Investigations on Integrated Funnel, Fan and Diffuser Augmented Unique Wind Turbine to Enhance the Wind Speed

2023

JAFM

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Wind energy is an alternative future energy to fossil fuels since it is abundant and green energy. As a result, high performance unique design is proposed that has a diffuser augmented wind turbine including intake funnel with guide vanes, natural fan, straight flow section, exit splitter with air openings and end flange. This proposed design is called as Integrated omni-directional Intake funnel, Natural fan, Straight diffuser, Splitter and Flange (I2NS2F) Design. To construct this I2NS2F configuration, four distinct wind turbines were developed: a) bare wind turbine, b) wind turbine diffuser design with single rotor turbine, c) bend diffuser, intake funnel, natural fan, splitter and flange and d) I2NS2F design. The proposed designs are numerically studied using MATLAB Simulink and Ansys Fluent. These designs are optimized by Random Search Optimization with Supervisory Control and Data Acquisition technique to evaluate the wind velocity and the performance is comparatively estimated. From this analysis, I2NS2F design achieves 53m/s of wind velocity at turbine region for 5.5m/s inlet wind and it could be considered as highest wind velocity than other three designs. It is evidently proved and concluded that proposed I2NS2F design augments natural wind, resulting in greater green power generation.

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Section: Diffuser Wind Turbine Designmentioning

confidence: 99%

Investigations on Integrated Funnel, Fan and Diffuser Augmented Unique Wind Turbine to Enhance the Wind Speed

2023

JAFM

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“…The fuzzy method is a novel and applied method in research sciences. This method has a high ability to work with vague information, that is partially true, uncertain, without sharp boundaries, and is imprecise [11,12]. In addition, this method allows the involvement of ambiguous human evaluation, conflict resolution, and more detailed examination of all situations and options, and among its applications, can be used for pattern recognition, optimization, control, decision making, and identification [13].…”

Section: Design and Monitoringmentioning

confidence: 99%

A Comprehensive Review on Design, Monitoring, and Failure in Fixed Offshore Platforms

Amiri

Shaterabadi

Kashyzadeh

et al. 2021

JMSE

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Offshore platforms have had diverse applications in the marine industry, for example, oil or gas platforms can provide facilities to store the oil and gas before transport those to refineries. Offshore wind turbines are another well-known use of the offshore platform for generating power. As platforms encounter various strong forces from water and wind currents, the materials used for these structures are mainly steel or concrete. These platforms are classified into different types, according to the depth of water and their applications. In addition, offshore platforms, as artificial reefs may be used for decades at different marine conditions. Consequently, their design and maintenance are very important, otherwise, they can cause irreparable damage to the environment. This paper presents the latest and most significant design and monitoring methods, such as the optimal probabilistic seismic demand model, multi-objective optimization, dynamic response assessment, robust fault-tolerant control, etc., under different environmental and geographical conditions. Moreover, the effective factors on the life and failure of these offshore structures are comprehensively introduced to enhance awareness of them, which can be very helpful to improve the design and construction of more reliable and durable structures.

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“…Therefore, the process of scaling up the system to attain utility scale resulted in increased blade and duct size, as well as costs [44]. Some examples of failed ducted turbines did not provide further costsaving measures to pay off the increased costs of extra components, which were required to match the components with the trajectory of the wind [45]. Even though the INVELOX system is categorized under ducted turbines, some apparent dissimilarities make it more economically practical [46].…”

Section: Invelox Wind Systemmentioning

confidence: 99%

Techno-Economic Assessment for Installation of INVELOX Wind Turbines in Northern Iran

Taheri¹,

Taheri²

2021

Applied Engineering Letters

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This paper aims to provide a comprehensive feasibility study for the installation of a 100 MW wind power plant using the INVELOX system in Manjil, Gilan, in Northern Iran. In the first part of the paper, we provide a review of the status of wind energy installation in Iran. We then review the mathematical equations involved in wind power calculations. Afterwards, with the environmental data gathered from the corresponding authorities and open-access sources, we analyzed the INVELOX system with its benefits and drawbacks. Then, based on the derived mathematical formulations, and using simulation software packages, the average wind power density is calculated, and the turbine system is designed accordingly. Finally, the economic profitability of this project was examined using a mathematical economic analysis and the COMFAR software package. In addition to the detailed feasibility study of this specific project, this article aims to provide a comprehensive literature review of the INVELOX system.

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Enhancement the economical and environmental aspects of plus-zero energy buildings integrated with INVELOX turbines

Cited by 36 publications

References 46 publications

Investigations on Integrated Funnel, Fan and Diffuser Augmented Unique Wind Turbine to Enhance the Wind Speed

Investigations on Integrated Funnel, Fan and Diffuser Augmented Unique Wind Turbine to Enhance the Wind Speed

A Comprehensive Review on Design, Monitoring, and Failure in Fixed Offshore Platforms

Techno-Economic Assessment for Installation of INVELOX Wind Turbines in Northern Iran

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