PPT-Wind Turbine Design and Implementation Phase III

Senior Design May 201101 Team Andrew Nigro EE Chad Hand EE Luke Rupiper EE Ryan Semler EE Shonda Butler EE Advisor Venkataramana Ajjarapu Problem Statement The objective of the senior design project is to simulate an environment in which a wind resource provides renewable energy The electricity generated from the wind turbine can be used to power a direct load and potentially be integrated into the Iowa State University power grid. In . the Southwest Washington Coastal Region. A focused analysis of wind energy prospects off-shore, directly off-shore, and directly on-shore in the Long Beach corridor.. And,. An interactive exploration of potential efficiency amplification (in . (Phase IV). SDMAY 12-24. Advisor:. Dr. . Venkataramana. . Ajjarapu. Group Members. Brian Alexander (Computer Engineering). Lon . Bromolson. (Electrical Engineering). Jarid. Strike (Electrical Engineering). A Web-based Wind Energy Prediction Tool. Aditya Trivedi ’16. Advisor: Dr. Eric Larson. Wind is fast growing source of energy. Potential to grow even more. Poorly understood by the public. Growth of wind will impact the grid. Eugene S. Takle. Data and Analysis by Dan . Rajewski. , . E. rin Jackson, Renee Walton, and Russ . Doorenbos. . Photo by Lisa . Brasche. Undergraduate . student participation . was supported by . funding from an NSF REU program under grant 1063048. . A Web-based Wind Energy Prediction Tool. Aditya Trivedi ’16. Advisor: Dr. Eric Larson. Wind is fast growing source of energy. Potential to grow even more. Poorly understood by the public. Growth of wind will impact the grid. MUN VAWT DESIGN. Group 11. Jonathan Clarke. Luke Hancox. Daniel MacKenzie. Matthew Whelan. INTRODUCTION. For many remote communities, electrical power is provided by diesel generators. Wind power is a viable option to offset the cost of fuel. GARRY KWAN YUAN. 23 AUGUST 2017. MSC THESIS PRESENTATION. 1. 01) WHAT ITS ALL ABOUT (some background knowledge). 02) THE GAME PLAN . 03) THE RESULTS (and some of the nitty-gritty). 04) WHAT DOES IT ALL MEAN. Wind . Turbine . Design. Wind Energy . for Electricity. Wind turbines . convert ________ energy from the . wind . into __________ energy.. kinetic. electrical. The wind . causes the blades to spin,. which . SEP Collaborative: Achieving a Sustainable Energy Pathway for Wind Turbine Blade . Manufacturing. 1. University . of Massachusetts Lowell. June 2015. 1. http://canadianawareness.org/2014/01/metrolinx-wind-turbine-only-producing-9-of-projected-energy/. Exploring Wind . - 10/19/17 . - ©The NEED Project . Global Wind Patterns. Exploring Wind - 10/19/17 - ©The NEED Project . History of Wind Energy. 5000 BC. Sailboats used on the Nile indicate the power of wind. Wind Power & Blade Aerodynamics. Wind Turbine Project. Turbines tested indoors under controlled conditions. A single metric for success - amount of electricity generated. Design will be executed using theoretical calculations- build and test ONCE at end. P M V . Subbarao. Professor. Mechanical Engineering Department. Clues for Selection . of Suitable Spacing among WTs......... Initial Remarks. Optimizing the design and operation . of wind . farms requires understanding the complex . Patrick Gilman. Wind Deployment Manager. Wind and Water Power Technologies Office. US Department of Energy. Wind deployment offers significant environmental benefits. Wind needs to be a good neighbor. March/April 2021. IIT D and IIT DH. 1. Vijay Vittal. Regents’ Professor. Ira A. Fulton Chair Professor. Arizona State University. Modeling Wind Turbine Generators. 2. Wind energy conversion. Wind energy has been in use for centuries.