Wind & Solar: A Renewable Energy Future?

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Discussion Overview

The discussion revolves around the potential of wind and solar energy as key components of a renewable energy future. Participants explore various engineering disciplines related to renewable energy, including mechanical, chemical, materials science, and electrical engineering, as well as the educational pathways and opportunities in these fields.

Discussion Character

  • Exploratory
  • Technical explanation
  • Debate/contested

Main Points Raised

  • Some participants suggest that wind and solar energy have significant potential for the future of renewable energy.
  • There are claims that mechanical and chemical engineering are suitable fields for those interested in renewable energy, with mechanical engineering being particularly relevant for wind energy and materials science for solar energy.
  • One participant mentions that chemical engineers typically focus on producing chemicals and may not be directly involved in solar panel manufacturing.
  • Another participant counters that chemical engineers can work in areas like photoelectric chemistry and biofuels, indicating a broader role in renewable energy.
  • There is a discussion about the involvement of various engineering disciplines in renewable energy, including electrical engineering for developing the electric grid for distributed energy production.

Areas of Agreement / Disagreement

Participants express differing views on the role of chemical engineers in renewable energy, particularly in relation to solar energy. While some assert that their involvement is limited, others highlight opportunities for chemical engineers in specific areas like biofuels and photovoltaic research. The discussion remains unresolved regarding the extent of chemical engineers' contributions to renewable energy.

Contextual Notes

Participants reference specific experiences and educational pathways, but there is uncertainty about the typical roles of chemical engineers in renewable energy sectors, particularly in solar energy. The discussion also touches on the need for interdisciplinary approaches in renewable energy development.

Who May Find This Useful

This discussion may be of interest to students and professionals in engineering fields, particularly those considering careers in renewable energy, as well as individuals exploring educational options related to these disciplines.

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From the little bit I've read online it seems like wind and solar have the most potential.

Also, can you get student loans if you are unemployed? (I have a good credit rating and I'm in the US)
 
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I think mechanical or chemical engineering are good choices for renewable energy. They both can focus a lot on heat transfer which is very important. If you are interested in wind energy mechanical is probably a good choice. Material science/engineering is really important for solar because of the need to develop more efficient panels. Then there is also bioengineering and biofuels.
 
Regarding loans you need to fill out the FAFSA form online. From that they tell you how much you can receive in aid. For my case I am unemployed and still get federal student loans.
 
Chemical engineers usually learn how to produce chemicals, so they won't be involved. Mechanical engineers design wind turbines, and materials scientists / physicists with PhDs in R&D labs design solar panels. Electrical engineers design the control systems, and all sorts of people are involved in manufacturing, installing, marketing, etc.
 
kote said:
Chemical engineers usually learn how to produce chemicals, so they won't be involved.

Chemicals like one uses to make solar cells? Or chemicals like biofuels?
 
Vanadium 50 said:
Chemicals like one uses to make solar cells? Or chemicals like biofuels?

Biofuels, yes. I don't think there are many chemical engineers involved in semiconductor manufacturing though. Chemical engineers are typically involved in the manufacture of chemicals. You don't have chemical process plants dumping material into solar panels.

Maybe there's some sub-branch of chemical engineering I don't know about, but all of the chemE's I know work in chemical plants or oil refineries. I haven't met any in solar.
 
When I was at NREL, there were a lot of chemical engineering students working as interns. Several worked in Photoelectric Chemistry (trying to work out hydrogen production), and I think many or most worked in biofuels. I also know of at least one chemical physics student who worked on organic PV. I don't know exactly what Chemical engineers typically do, but I know that PV research involves a lot of chemicals :P

There's really opportunities in renewable energy for a lot of disciplines, especially if you expand your horizons to things like working on developing the electric grid for distributed energy production (say, from rooftop solar panels or hybrid plug-in vehicles) which would be primarily electrical engineering.
 

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