Power Generation Plant

MSU Campus Services to test university Power Generation Plant on March 12 | Mississippi State University

Mississippi State Campus Services will conduct a test of the university Power Generation Plant on Tuesday to verify its ability to operate during a prolonged area-wide power outage. 

MSU said in a press release that power will be shut down and taken off the Starkville Utilities system at 3:30 a.m. and will be off for about 30 minutes until power is restored by the MSU Power Generation Plant. 

MSU Associate Director for Utilities Dave Maharrey said in a statement that the test will be conducted to ensure the system can operate when needed. 

“Reoccurring tests are necessary for power assurance,” Maharrey said. 

MSU Associate Director for Engineering Services J.D. Hardy said the generation plant has been in place since 2005 and although the facility operates frequently in peak-shaving mode, officials have only tested the back-up power capabilities of the plant a few times when TVA and Starkville Utilities were performing maintenance on their electrical distribution infrastructure

“Those area-wide utility outages demonstrated the benefit of this plant to our campus,” Hardy said. 

Over the following three and a half hours, the MSU Facilities Management personnel will operate the 26 Megawatt turbine system through various generation modes, verifying the system’s proper operation during an extended outage. 

The university said during this testing, further outages are unlikely but could occur. Once the test is concluded, normal utility power will be restored from the Starkville Utilities’ system before 7:30 a.m.

This outage will not affect the areas served by 4-County Power Association or Starkville Utilities connections, such as the Thad Cochran Research, Technology and Economic Development Park, North Farm, Softball and Tennis facilities, and South Farm.

The main purpose of the MSU Power Generation Plant is to function as a Peak-Shaving Plant, reducing demand on Tennessee Valley Authority (TVA) electrical power grid. During peak-shaving, the plant picks up all but 1 MW of MSU’s electrical demand. This demand is approximately 21 MW in the midst of summer when all of the university’s cooling systems are engaged. 

A secondary purpose of the plant is to provide power when an area-wide outage occurs that will last for a significant duration. 

The university says planning and preparation for this test has been ongoing for months in Campus Services, under the leadership of MSU Vice President for Campus Services Amy Tuck and Assistant Vice President George Davis.

 

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