Conducting a feasibility study on wind energy

In summary: However, if you're just starting out, I would recommend looking into some online resources or talking to an engineer who specializes in this kind of work.
  • #1
sj005
5
0
I'm in the final year of my bs. in mechanical engineering.For my senior project , I would like to conduct a study on the feasibility of harnessing wind energy for electricity in my country (I don't think it has been done here before and we have a power problem and a pollution problem).
My questions :
-do you think this would make a good project
-can anyone who has done this kind of thing before or works in alternative energy give me some pointers about where to begin and how to go about it
-I doubt I will be able to get sponsoring so can anyone fill me in on the expenses that might be involved( for measurements for example)
Thank you
 
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  • #2
Sure, it would make a good project if done right.

Some things to consider when doing wind power studies:

1) How much energy do you need?
--What are these turbines going to be powering?
--What peak demand should they be able to produce?
--Where does the energy go to be distributed (ie. is there access to power stations/ "the grid"?)

2) Where are you going to put the turbines, and (from 1) how many will you need.
--You've got to find a location which has open area that can be developed.
--You've got to find a location which has consistent winds all year round.

3) How high are must the turbines be?
--Consistent wind is a huge part of determining the efficacy of wind farms, but so is consistent and reasonable wind altitude. Wind is a moving fluid over a solid body and as such, a boundary layer is produced. You want the turbine blades high enough that they are within the free stream (or at least outside of the slower boundary layer), but they can't be too high or they will be prohibitively expensive to build and maintain.

4) Buffeting. If the farm will be built in or near a residential or otherwise populated area, you've got to determine the sound levels that will be experienced in the viscinity.

There are plenty of other things that must be examined in a feasibility study like this. If you think the whole problem out and try to address most of them, and if you back up your work with math, you'll probably have a good project.
 

1. What is a feasibility study on wind energy?

A feasibility study on wind energy is a comprehensive analysis of the potential of using wind as a renewable energy source in a specific location. It assesses the technical, economic, and environmental viability of a wind energy project, and determines if it is a feasible option for implementation.

2. What are the main factors considered in a feasibility study on wind energy?

The main factors considered in a feasibility study on wind energy include wind resource assessment, land availability and accessibility, grid connection, turbine technology, project costs and financial viability, and potential environmental impacts.

3. Why is a feasibility study important for wind energy projects?

A feasibility study is important for wind energy projects because it provides valuable information that can help determine the success or failure of the project. It helps to identify potential risks and challenges, and allows for better decision making and planning before investing in the project.

4. How is a feasibility study conducted for wind energy?

A feasibility study for wind energy is typically conducted by a team of experts including engineers, environmental specialists, and financial analysts. The study involves data collection, site visits, and analyses using specialized software and tools to evaluate the technical, economic, and environmental aspects of the project.

5. What are the potential benefits of wind energy?

The potential benefits of wind energy include reducing dependence on fossil fuels, mitigating climate change, creating jobs, and promoting energy security. Wind energy is also a renewable and clean source of energy, making it a sustainable option for meeting our energy needs.

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