OVERHEAD TRANSMISSION LINE WORK TO RESULT IN SHOULDER CLOSURE ON SOUTHWEST SIDE
Shoulder closure will take place Sunday, July 23, while crews install new overhead lines.
July 21, 2023 (SAN ANTONIO) – CPS Energy is working to improve the quality and safety of aging transmission lines in the southwest area of the city at 307 W. Loop 1604 S. near Pleasanton Road.
The W. Loop 1604 S. and Pleasanton Road project will consist of installing overhead electric lines crossing W. Loop 1604 S. and will result in a required shoulder closure as CPS Energy contractor crews work on both sides of the highway. The work will take place on Sunday, July 23, 2023, from 7:00 a.m. – 12:00 p.m. No planned outages are expected because of this work.
Alamo Traffic Control will provide traffic control on W. Loop 1604 S. Drivers are asked to find alternative routes and avoid the area, if possible. CPS Energy reminds drivers to Move Over or Slow Down, per State law, for crew and driver safety.
For more information about the W. Loop 1604 S. and Pleasanton Road project or other infrastructure projects, please visit the CPS Energy website.
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About CPS Energy
Established in 1860, CPS Energy is the nation’s largest public power, natural gas, and electric company, providing safe, reliable, and competitively-priced service to more than 930,114 electric and 381,379 natural gas customers in San Antonio and portions of seven adjoining counties. Our customers’ combined energy bills rank among the lowest of the nation’s 20 largest cities – while generating $9 billion in revenue for the City of San Antonio for 80 years. As a trusted and strong community partner, we continuously focus on job creation, economic development, and educational investment. We are powered by our skilled workforce, whose commitment to the community is demonstrated through our employees’ volunteerism in giving back to our city and programs aimed at bringing value to our customers. CPS Energy is among the top public power wind energy buyers in the nation and number one in Texas for solar generation.
