How Can Schools Lead by Example?
June 13, 2006 |
June 13, 2006 |
A: Zoey,
Both the US Department of Energy and the Environmental Protection Agency have
school technology assistance programs. See the web sites below for contacts on
these programs. Schools can be less dependent on non-sustainable energy by using
energy conservation: including compact fluorescents or traditional fluorescent
lighting as much as possible, use of "smart" thermostats that automatically
lower temperatures at night, use of 'power strips' so computers and other
appliances can actually be fully turned off at night (and buying Energy Star
appliances). Obviously when building new schools using LEED standards, double or
triple pane windows, daylighting, solar water heating, ground-coupled heat
pumps, solar absorption air-conditioning systems, and clean distributed energy
systems where possible will have the maximum benefits.
How effective can a public solar-powered facility be? Energy efficiency,
ground-coupled heat pumps, and solar water heating are absolutely cost
competitive. Use of small wind and photovoltaics for remote power such as area
and security lighting, etc. are also cost competitive. Solar air-conditioning,
photovoltaics and small wind energy systems can be cost effective particularly
sized to offset high energy rates such as demand charges, peak power rate and
ratchet rates - depending on your location and electric (natural gas and fuel
oil) rate structures.
How could I create my own model to demonstrate solar energy (i.e. photovoltaic
panels) to my peers? See if your community, State energy or environmental office
has funds to pay for or subsidize a small system. Make sure that solar or small
wind system has remote diagnostics so that students and teachers can track the
performance maybe in the school's computer lab or at a computer in your science
or math classroom. Develop posters on the solar or small wind system so other
students, parents and teachers are educated on the system. A small system to
power a spotlight on the flag or school sign or for night time or security
lighting for the school or for the parking lot are lower cost options. Bigger
systems can be used to dedicate power to the computer lab so the computers are
not subjected to power surges in the electric grid that could harm their
performance and also back them up in case of power outages. And solar water
heaters can provide hot water whose temperatures can also be monitored.
And how do I think schools would be affected by this change? The more students
are aware of these technologies the more open our society will be to use them.
Students of today are the decision makers just 20 years from now. Energy is the
2nd highest cost of education - so less taxes will be needed to sustain schools
so that more funds can go to programs where they belong.
A list of links follow that should be of some help. Good luck and let me know
how I can help.
Best regards, Scott Sklar
http://www.energystar.gov/ia/business/leaders/Summary_of_Participants.pdf
http://www.epa.gov/kids/
http://www.epa.gov/globalwarming/kids/
http://www.kids.gov/k_science.htm
http://www.niehs.nih.gov/kids/links.htm
http://www.airnow.gov/index.cfm?action=aqikids_new.main
http://www.eia.doe.gov/kids/
http://www.fedstats.gov/kids.html
http://www.energysmartschools.gov/sectors/SectorPages/EnergyEdu_Students.asp
Scott Sklar is President of The Stella Group in Washington, D.C., a distributed energy marketing and policy firm. Scott, co-author of "A Consumer Guide to Solar Energy", uses solar technologies for heating and power at his home in Virginia.
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