Abstract:
The design and fabrication of a portable vertical axis wind turbine is provided in this publication. Reviewing the behavior of the Vertical Axis Wind Turbine (VAWT), current technology state, novel modelling discoveries, and potential future directions for VAWTs. It has been noted that VAWT is crucial to the current energy issue. Due to the current non-renewable energy dilemma, one can imagine that humans will live in a planet with wind turbines and solar panels. A promising renewable energy source has been discovered as wind energy. Although the whole life cycle accounting demonstrates that vertical axis wind turbines (VAWTs) are superior to horizontal axis wind turbines (HAWTs) in terms of cost or materials, the VAWTs currently do not produce enough energy due to a number of issues that are covered in this study[8]. By including the deflector system that directs the wind toward the turbine blades, the efficiency of drag-driven VAWT (Savonius type), lift-driven VAWT (Darrius type), and hybrids of both (D+S) turbines can be raised. There are numerous studies being conducted at this level right now. A thorough analysis of the current technological developments in VAWT revealed that China has been the field's top researcher for the previous few years, with European nations filling in behind them.[4]
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