2019815 · In the present paper, the performance of INVELOX wind turbine (IWT) in Sistan plain, as a low wind speed region, is investigated by a finite volume code and field tests. At first, the numerical results are compared with available experimental data and it is found that the numerical method is consistent with experimental data.
2022121 · INVELOX is a ducted wind turbine (DWT) consisting of an omnidirectional intake and a Venturi section. The INVELOX original design was found to have multiple
2021215 · For this purpose, first a conventional horizontal wind turbine (3-blade) is assumed to be installed in the free stream flow, then the same wind turbine is located in the INVELOX venturi. The conventional wind turbine control system in the small scale is the usage of ohmic resistance and reducing the generator speed by this action.
2023929 · This study presents DeepVELOX, a new methodology. With this method, sophisticated machine learning methods are smoothly incorporated into wind power
202071 · The results indicated that by using a two-storey INVELOX turbine, the output power increases up to 44% which indicates that adding a storey to the device is effective to reach a higher performance
2021215 · Wind energy is one of the most interesting and cost-effective renewable energies. In this article, a comparison between two wind turbine technologies
2019415 · Three-blade wind turbine is be inserted in intake system of INVELOX, which develop pressure drop on pressure side and suction sides. The results indicate the range of 1.5–6.7 m/s. 8 The objective of this
2023928 · In this research, the classic INVELOX wind turbine has been updated with a unidirectional rotating head to address these concerns. Three modifications were made
2023929 · In this work, an INVELOX wind turbine simulation has been rigorously simulated and utilized in a dataset comprising 60,003 collected data points, through simulation. Within the collected dataset, precise correspondences between wind speeds and the resultant output power generated by the INVELOX turbine have been established.
2023929 · The Increased Velocity (IN-VELOX) wind turbine framework combines the Gradient Boosting Regressor (GBR) with the Grey Wolf Optimization (GWO) algorithm.
The results of multi physics simulations involving Computational Fluid Dynamics, used to evaluate a highly acclaimed innovative wind power generation system known as
2023521 · Funnel wind turbine: radical new design harnesses 600% more electricity from wind - TomoNews. Watch on. The company, SheerWind, has a patented system of harvesting wind power called Invelox that it says can produce six times more green energy than traditional systems.The funnel-shaped Invelox system captures wind from all
2023929 · conquers design limitations by enhancing an INVELOX wind turbine model with an innovative intake mechanism, subsequently improving wind speed performance and efficiency. In [6], the Taguchi approach is employed to optimize shrouded wind turbines utilizing the INVELOX system, effectively boosting wind speed performance in low-wind
20151215 · INVELOX is a wind delivery system suitable for wind power harnessing. One of its innovative features is its capability of incorporating multiple wind turbine generator systems in the Venturi section. INVELOX captures wind flow through an omnidirectional intake or multi-unidirectional intakes and thereby there is no need for a passive or active
2024117 · The objective of this work is to design and modeling of an Invelox turbine and to understand l fluid flow pattern and analysis inside the Invelox where the wind turbines are placed with the standardization. Experimental and Numerical Modeling is done and validated against literature data. Multiple variations are implied to check and optimize
2023929 · The Increased Velocity (IN-VELOX) wind turbine framework combines the Gradient Boosting Regressor (GBR) with the Grey Wolf Optimization (GWO) algorithm.
2019415 · COMSOL is modern computational tool to design model and analysis of INVELOX system. 5 Numerical simulation and analysis of INVELOX wind turbine system have executed to find its advantages in terms of power generation of traditional turbines. The INVELOX attained 11.9 m/s wind speed at venturi section that is 6–8 times more power
2024118 · Invelox wind turbine framework is an Innovative ducted kind of wind turbine. The equipment accumulates the wind stream from every direction horizontal
Furthermore, INVELOX solves all the major issues, such as low turbine reliability, intermittency issues and adverse environmental and radar impact that have so far undermined the wind industry. The innovative features of the INVELOX system are presented. First, it eliminates the need for towermounted turbines.