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During a region-wide blackout in 2011, the lights at the University of California, San Diego, stayed on. Thanks to its campus microgrid, UCSD has achieved near self-sufficiency in energy generation and distribution, lowered energy costs, made energy provision more reliable, and proven that computerized management can easily integrate new sources of energy-like solar panels-into a utility grid. "It's almost like plug and play. You decide what you want to feed in in terms of alternative energy sources, and as long as you put in this advanced micro-grid that can manage [energy] and modulate when you use it, it becomes a very effective tool," says Gary Matthews, vice chancellor for resource management and planning. The UC-San Diego microgrid has evolved over time. When the campus was under construction in the 1960s, university leaders decided to manage buildings as a system, rather than connecting them individually to the local power grid. About 12 years ago, the university added a cogeneration plant. Today, some 200 energy meters monitor energy in individual buildings, and a computerized management system allows facilities staff to fine-tune energy delivery depending on use patterns. Researchers and corporations are closely watching the electric grid, which has become a living demonstration of how to manage a diverse energy mix that includes solar panels, fuels cells and electric car charging stations. The microgrid saves hundreds of thousands of dollars each month, according to the university, and protects laboratory and hospital space from the threat of power outages. Although it's expensive to install an energy management system this comprehensive, utility companies nationwide are starting to invest in household 'smart' meters they hope will make energy delivery more responsive to demand. Group Related: http://www.linkedin.com/groups/Crown-Eco-Management-4661507