USA— Trimble announced that City Water, Light and Power (CWLP) in Springfield, Illinois has selected Trimble UtilityCenter software as the enterprise GIS solution for mapping and managing the City’s water infrastructure assets.
CWLP’s electric department currently uses UtilityCenter for GIS, mapping, outage management, and field staking, and the water department will begin using the software suite for GIS, mapping, and integration into their water system modelling solution.
As part of a year-long project to map and collect data for CWLP distribution infrastructure, field crews will collect data to map water infrastructure field assets, such as 5,000 hydrants, 16,000 valves and 52,000 meters, using Trimble’s handheld GPS devices. Trimble will be overseeing the data collection and conversion as well as migrating paper records to the new UtilityCenter GIS database.
CWLP will use the new mapped data and UtilityCenter software to enhance asset management by providing:
- Improved design capabilities of new facilities through hydraulic modeling of piping networks.
- Improved maintenance plans and response times for emergency repairs with less time needed to identify system problems and make repairs.
- Greater customer notification capabilities given the system’s integration with the utility’s Customer Information System through automatic calling and mailings when necessary.
- Better coordination with the Springfield Fire Department on flow data available for any given fire hydrant
Data collected by field crews for CWLP will be added to the regional GIS, a county-wide database shared with various agencies that allows for data to be linked together when necessary.
“The mapping project will improve our operations and put the water department more on par with the efficiency that the electric department currently operates in terms of system planning and response,” said CWLP General Manager Todd Renfrow. “With better management of our water infrastructure, making repairs and providing customer notifications will be so much more efficient and on target that our response times should vastly improve.”