Sandy — another major storm to wreak havoc using the utility power grid infrastructure around the U.S. New England – underscores an engaging reality: things as they are is no more acceptable in the current hyper-digitalized economy.
Think about this: The U.S. utility power grid was rated a lowly D through the American Council of Civil Engineers in ’09. Lawrence Berkeley National Laboratory (LBNL) statistics reveal that 80 precent to 90 precent of power grid failures can start the distribution degree of electricity service. The U.S. average outage duration is 2 hours yearly which number gets worse as the relaxation from the industrialized world is under ten minutes and improving.
What’s worse, recent evidence corroborates more serious weather conditions are now business-as-usual. Based on the Center for Research around the Epidemiology of Problems, 100 million to 200 million everyone was impacted by weather-related problems between 1980 and 2009, with economic deficits varying from $50 billion to $100 billion yearly.
What’s the solution, if a person requires a large take a step back and takes stock of macro-trends driving business to link greater notions of sustainability with on-the-ground functionality? Go into the microgrid to save the day.
Microgrids are actually just miniature versions from the bigger utility power grid aside from one determining feature: at the appropriate interval, they are able to disconnect in the macro-power grid and could be employed in what is known “island mode.” Due to this distinguishing feature, microgrids can provide a greater amount of reliability for facilities for example military bases, hospitals and knowledge centers, which have the ability to “mission critical” functions that require to carry on to function regardless of what.
Next page: The company situation for microgrids