Wind Turbine Lab (Part B)

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Presentation transcript:

Wind Turbine Lab (Part B) ENGR 1181

Wind Turbine Wind power industry using wind turbines is clean with a fast growth in technology and demand. Rotor is the main component in capturing wind’s energy.

Today's Learning Objectives After today's class, students will be able to: Describe the effect of various parameters on generated power, including wind turbine blade design, number of blades, and pitch angle

Propeller Pitch In addition to the shape of the air foil, the pitch of the propellers impacts the efficiency of the turbine. In the lab you will be using these two hubs to hold your propellers. They look similar, so be careful! 30° Pitch 45° Pitch

Data Acquisition Board Pitot Tube 18V Power Supply Wind Tunnel Data Acquisition Board Need to square up the picture, (take a new picture actually Slide on Bernoulli’s ? Wind Turbine Lab Setup

Tips for a Successful Lab Make sure to correctly connect wind turbine to the Arduino board, check the results If the hub is loose and slips, ask a member of the teaching staff for a replacement One blade may produce less than 1mW power Be careful when cutting the balsawood! Do not forget to clean-up after the lab

Important Takeaways There are many, many possibilities of designs for air foils. Several factors influence the performance and efficiency of a wind turbine.

Topic Document Type Wind Turbine (7B) Report (Combined) Marble Delivery System None Quality and Productivity Executive Summary Circuits Solar Meter -- Solar Cell Memo (Combined) Beam Bending Memo Wind Turbine (7A) Wind Turbine (7B) Report (Combined) Problem Solving Project (8A) Project Notebook (Combined) Problem Solving Project (8B) Problem Solving Project (8C) 8

Preview of Next Lab Lab 8 – Problem Solving / Train Lab Work together in teams to define and solve a real-world scenario Apply problem solving strategies to a programming challenge