buckman
Electrical
- Jun 8, 2005
- 7
Superconducting Magnetic Energy Storage Systems
Is anyone familiar with the uses of this technology? I am looking for an application that can maintain a constant power draw on the load side to reduce the effects of load swing that a utility will see when trying to ramp generating units to follow the load (300+ MW load swings). The load has the capability to ramp up or down at less than 5 MW/s, and can do this multiple times in a short period. However, this typically occurs only two to three times pre hour during normal operations.
One thought has been to use a large resistor on the load side to maintain a constant power draw and then find a use for the heat that is dissipated. This seems like a large waste of energy, if an efficient use cannot be found for the heat transferred.
A secondary goal is to better enable the load side to ride through line side voltage depressions and instantaneous interruptions. Thanks
Is anyone familiar with the uses of this technology? I am looking for an application that can maintain a constant power draw on the load side to reduce the effects of load swing that a utility will see when trying to ramp generating units to follow the load (300+ MW load swings). The load has the capability to ramp up or down at less than 5 MW/s, and can do this multiple times in a short period. However, this typically occurs only two to three times pre hour during normal operations.
One thought has been to use a large resistor on the load side to maintain a constant power draw and then find a use for the heat that is dissipated. This seems like a large waste of energy, if an efficient use cannot be found for the heat transferred.
A secondary goal is to better enable the load side to ride through line side voltage depressions and instantaneous interruptions. Thanks