There has been a
recent push to integrate more solar-power technology into the University of
Texas campus. As you may know, solar panels are often placed on roofs of
buildings, and they generate energy from the sun that is converted to
electrical power to generate electricity for the interior of the building. This
solar power is supposed to be a more sustainable and environmentally friendly alternative. There
are some obstacles for putting up roof panels and increasing Texas’s solar
power percentage. First, some buildings at The University of Texas feature red
tiled roofs that are held with sentiment within the community. Many people
would not be too fond of the idea of solar panels being mounted on top of them
and adding large steel frames to the roofs’ historical image. The second
challenge is that integrating solar-power technology would not be the most
economically sound idea for the university’s budget. The University of Texas currently
has a power generation system on campus that is working well, and adding in
solar-power technology is not the highest priority.
*The closer to red the color is, the
more potential that area of rooftop has for solar-power generation. Areas
represented by colors closer to blue would be less ideal for placing solar
panels as they are more often in the shade.
Finally, it is important to note that
the price of using solar-power technology is going down. Because of this
information gathered by Moulay Anwar Sounny-Slitine, a former Master’s student
of the University of Texas’s Department of Geography and the Environment and
others involved in the push for more solar-power on the university’s campus,
ideal places to put solar panels are now known when the economically appropriate
time comes. The university has many rooftops that could hold solar panels and
provide environmentally friendly technology as one may infer from the diagram.
There are plenty of these rooftops that aren’t comprised of the prized red
tiles which carry the aesthetic sentiment held among some in the university’s
community. According to Slitine, this is a fair amount and can be utilized in
the future. This is an exciting prospect for the University of Texas’s
sustainability level.
Works Cited
Sounny-Slitine, M. (2011, October 21). Solar Power Potential on the University of Texas Campus. Retrieved September 20, 2014.
Nice I find it interesting that raw GIS analysis is not enough to determine the solar power potential. You have to put constraints into the analysis like cultural values. Many siting analysis do not take this into account. So it is interesting here that the potential is measured for both physical/economical limitations as well as socitalial limitations.
ReplyDeleteInteresting read. What factors are present that make some buildings less viable for solar panels? I'm assuming vegetation or man-made structures...but I'm wondering if there would be a way to determine the blue building's potentials if there were no confounding factors such as the ones listed above.
ReplyDeleteGood point, but in most cases any vegetation that is block solar energy in this region is beneficial for cooling costs of buildings. So it would be better to leave the tree and keep the energy savings, then to cut it down and to get increase solar energy for pv generation.
DeleteIt would be great if the city of Georgetown did something like this for downtown or Wolf Ranch to look at potential solar panel sites. Putting solar panels in Wolf Ranch could really help reduce the energy/carbon footprint of that shopping center.
ReplyDeleteThat could be a great project to do for class. If you are interested you can obtain lidar data from the state and create the solar potential map of wolf ranch.
DeleteThis is a great tool for planning solar power. I hope this is used by planners and companies in the future - GIS is supplementary to so many environmental projects.
ReplyDelete