Wind Turbine Lab (Part A)

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Presentation transcript:

Wind Turbine Lab (Part A) Title slide changed to reflect Q&P formatting ENGR 1181

Wind Turbines Wind power is a renewable and cheap source of energy similar to solar power. In fact it is mainly caused by solar energy. Wind power industry using wind turbines is clean with a fast growth in technology and demand.

Today's Learning Objectives After today's class, students will be able to: Describe the relationship between wind velocity and air pressure based on Bernoulli’s Equation for an incompressible flow Calculate the energy available in the wind and compare it to the power generated by a wind turbine Slide was okay

Bernoulli’s Principle Bernoulli’s principle states that for an ideal fluid (like air), an increase in velocity occurs with a decrease in pressure of that fluid. Bernoulli’s equation for incompressible fluid flow is described as: 𝑣 1 2 2 + 𝑝 1 𝜌 +𝑔 𝑧 1 = 𝑣 2 2 2 + 𝑝 2 𝜌 +𝑔 𝑧 2 In order to harness wind energy efficiently, air foil design must maximize lift and minimize drag.

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 The radius is 0 cm is when the pitot tube is at the center of wind tunnel (use the notches on the tube as a guide). Remove the propeller if it is mounted on the generator at the beginning of the lab. Only the first speed in the Arduino display panel is used in this lab. Rename: Tips for a successful lab

Important Takeaways Wind turbines can convert mechanical energy (from the wind) into usable electricity Bernoulli’s principle and equation describe the relationship between velocity and pressure in fluid flow There are several parameters that influence the amount of power generated by a wind turbine. This was revised to be a takeaway slide, specifically a summary of important concepts from pre-readings and the lab procedure

Topic Document Type 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) This needs to be the same format as the other slides. Mostly a sizing issue…. 8

Preview of Next Lab Lab 7B – Wind Turbine Design and test your own wind turbine blades Collect data, calculate efficiencies, and evaluate results The bullets were expanded upon to give a clearer picture of what the students would be doing in part B