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International Research Journal of Engineering and Technology (IRJET)

e-ISSN: 2395-0056

Volume: 12 Issue: 04 | Apr 2025

p-ISSN: 2395-0072

www.irjet.net

GENERATION OF ELECTRICITY THROUGH HELIX WIND TURBINE 1Mohit Kumar, 2Swati Verma 1CM fellow, Urban Development Department, Nagar Panchayat Banda, Shahjahanpur, U.P.,India

2Assistant Professor, Mechanical Engineering Department, Axis Institute of Technology & Management, Kanpur,

U.P., India ---------------------------------------------------------------------***---------------------------------------------------------------------

Abstract Wind turbines generate electricity by using the natural perfor mance of wind to drive generators. Wind is a clean, sustainabl e fuel source, does not cause pollution and does not leave. Win dergie technology develops quickly. Turbines become cheaper and more powerful, paying for the cost of renewable power ge neration. A conventional method of producing electric combus tion fuel to ensure energy driving the generator, typically via h eat to supply steam to the turbine drive. These technologies ca n use fossil fuels, oil or gas, or nuclear fuels. The use of fossil fu els contributes to global climate change by causing pollution s uch as sulfur oxides and nitrogen, which contribute to acid rai n and carbon dioxide. The spiral turbine with a circular memb er attached to one end explains in this report that the wind tur bine can generate more power than it plays a television, as wel l as the working conditions of the wind turbine. The materials, manufacturing methods and costs used to manufacture this he lix wind turbine are also explained in this report. All paramete rs, i. H. Electricity generated with increased output voltage, ou tput current and wind speed. We also found that the maximum wind speed can be used in the summer season and in the winte r at a minimum. Key Words: Wind energy, Vertical helix wind turbine, Power generation etc.

Wind energy has been use for thousands of years for milling grain, pumping water and other mechanical power applications. Wind power is not a new concept. The first accepted establishment of the use of wind mills was in the tenth century in Persia. Today, there are several hundred thousand windmills in operation around the world. Modern windmills tend to be called wind turbines partly because of their functional similarity to the steam and gas turbines and partly to distinguish them from their traditional forbears. Wind energy was the fastest growing energy technology in the 1990s, in terms of percentage of yearly growth of installed capacity per technology source. The growth of wind energy, however, is not evenly distributed around the world. By the end of 1999, around 69% of the worldwide wind energy capacity was installed in Europe, a further 19% in North America and 10% in Asia and the pacific. Wind energy is expected to play an increasingly important role in the

Impact Factor value: 8.315

The Helix wind turbine which should give you trouble free service with minimal maintenance or intervention. The wind turbine is a means to harness the power in the natural wind. A wind turbine is a machine that is used to convert kinetic energy from wind into mechanical energy. The wind turbine is called a windmill if the mechanical energy is used by machinery. The wind turbine is called a wind generator, wind turbine, wind power unit, wind energy converter or aerogenerator if the mechanical energy is converted into electricity. The vanes have been carefully designed to capture the power in the wind and turn the turbine to generate useful electricity that can be stored in batteries for later use. Helix wind is a paradigm breaking distributed generation technology platform. Previous technologies designed to produce electric energy from the wind were focused exclusively on power efficiency and output, ignoring primary consumer concerns blocking widespread adoption, which include: visual impact, restrictive zoning and permitting and lack of access to wind information. Helix Wind will revolutionize the small wind industry by overcoming these obstacles and providing cost effective residential and commercial wind energy systems Inexpensive, reliable, simple, the hallmarks of the Helix system make it the best choice for low wind speed residential and commercial applications. The helix turbine based design catches wind from all directions creating smooth powerful torque to spin the electric generator. Mounted up to 11 to 35 feet high, in winds as low as 15 km/h the helix system creates electricity to power your home or business.

1. INTRODUCTION

future national energy scene. Wind turbines convert the kinetic energy of the wind to electrical energy by rotating the blades. Greenpeace states that about 10% of electricity can be supplied by the wind by the year 2020.

1.1 Problem specification and results from helix wind turbine in the whole year in different wind velocity A detailed analysis of the performance and results of a helix wind turbine throughout the year, measured under different wind velocity conditions.

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