Remote technology sees through ice, snow and hot air to monitor power plants

On Aug. 14, 2003, the power grid failure that left the northeastern United States in darkness surprised a country unaccustomed to interrupted electricity. Expectations of a plentiful energy supply in the United States contrast dramatically to the situation in some developing countries that limit public use of electricity to a few hours a day. Monitoring the amount of power produced by some of these countries is a U.S. national concern.

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<p><a href="http://www.physorg.com/news140265933.html">Remote technology sees through ice, snow and hot air to monitor power plants</a></p> <p>On Aug. 14, 2003, the power grid failure that left the northeastern United States in darkness surprised a country unaccustomed to interrupted electricity. Expectations of a plentiful energy supply in the United States contrast dramatically to the situation in some developing countries that limit public use of electricity to a few hours a day. Monitoring the amount of power produced by some of these countries is a U.S. national concern.</p>