Grid-tied solar power requires better control and communications. Synchrophasor technology may be the answer to sucessfully integrating a plethora of solar power generating stations into the utility grid. Inverters must also be primed to get the most efficiency from solar cells, and apply that power most efficiently in the grid."
Friday, September 10, 2010
Smart Inverters Critical to Utilities Adopting Solar Power
Smart Inverters Critical to Utilities Adopting Solar Power: " Grid-tied solar power requires better control and communications. Synchrophasor technology may be the answer to sucessfully integrating a plethora of solar power generating stations into the utility grid. Inverters must also be primed to get the most efficiency from solar cells, and apply that power most efficiently in the grid."
Grid-tied solar power requires better control and communications. Synchrophasor technology may be the answer to sucessfully integrating a plethora of solar power generating stations into the utility grid. Inverters must also be primed to get the most efficiency from solar cells, and apply that power most efficiently in the grid."
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