LOW SPEED WIND TURBINE
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This document proposes the design of a novel low speed wind turbine for rural electrification in India. It aims to study different wind concentrator designs and simulate a proposed Venturi concentrator called AshVer to determine if it performs better than existing concentrator designs. The objectives are to analyze the AshVer's point of maximum power tracking, calculate its power output, and compare it to other concentrator designs through MATLAB simulation and ANSYS analysis. The expected outcomes are that the turbine could efficiently harness wind energy in low wind speed areas, reduce carbon footprints, and provide standalone power systems for unelectrified villages.
LOW SPEED WIND TURBINE
- 2. A Novel Low Speed Wind Turbine for Electrification in INDIA By: Mahajan Ankur M.E. I&C, 3rd Sem. NITTTR Chandigarh
- 3. INTRODUCTION: Nuclear Power Plant, 2.32% Rest , 12.09% Hydro Power Thermal Power Plant, 19.13% Plants, 66.44% Installed capacity of INDIA September 30, 2012 3
- 4. INTRODUCTION: No. of Un- Un- electrified Villages In Jammu & electrified Kashmir Villages 389 153 118 82 84 67 88 45 32 39 15 6 3 17 3 4 13 Need of the Hour Districts September 30, 2012 4
- 5. Objectives: Study of the various types of concentrators available and the effect of the climatic conditions on their performance. Simulation for comparison between the concentrator proposed by Shikha and proposed Venturi (AshVer). Determination of Point of Maximum Power Tracking in the Venturi (AshVer). Calculation of Power Output. September 30, 2012 5
- 6. Design Methodology: Literature Survey and Problem Definition. MATLAB Simulation for comparison between Concentrator and AshVer. Learning of ANSYS Software. Analysis of Point of Maximum Power Tracking using ANSYS. Power Output Calculation using Betz Formula. Thesis writing and publication. September 30, 2012 6
- 7. Flowchart of Design Methodology: A START Determination of Literature Survey point of Max. Power Problem Definition Calculation of Power Output Proposed Venturi (AshVer) No Thesis Writing and Publication Is AshVer better than STOP Concentrator Yes A September 30, 2012 7
- 8. Future Scope: Exploring new structural concepts. Developing custom generators. Tailoring of turbines for specific sites. Design of Intelligent Power Converters. September 30, 2012 8
- 9. Expected Outcomes: It will be possible to harness the wind energy more efficiently in low wind speed areas. Reduction in carbon foot prints. Stand alone system for un-electrified villages. May bring changes in the policies of the CWET. Helpful in increasing the power output beyond the Betz limit in windy regions of INDIA. September 30, 2012 9
- 10. Time Plan: 120 100 Thesis Writing & Publication 80 Calculation of Power Output 60 Tracking Point of Maximum Power 40 Learning ANSYS software MATLAB Simulation 20 Literature Survey & 0 Problem Definition Oct-12 Mar-13 Nov-12 Dec-12 Feb-13 Sep-12 Apr-13 Jan-13 Jun-13 May-13 September 30, 2012 10
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