Summary
Located on Trinity Bay, southeast of Houston, the City of Seabrook selected Ameresco to implement a smart metering infrastructure project. This included installing solid-state water meters and an advanced metering infrastructure (AMI) system. Over 4,000 water meters were replaced to enhance accuracy and sustainability. The project was designed to better capture previously unmetered water and offer Seabrook residents greater transparency in their water usage.
“Working with Ameresco has been a truly refreshing experience. Their team continues to be committed to enhancing sustainability in our city and making our infrastructure as accurate and as cost-effective as possible. We’re thrilled to work with this team implementing cutting-edge solutions that will benefit Seabrook for years to come.”
– Kevin Padgett
Public Works Director, Retired
Water Meters Replaced
Annual Revenue from Meter Accuracy
Annual O&M Savings (Year 1)
Project Size
Customer Benefits
The AMI project upgrades provide the City of Seabrook with a variety of benefits including enhanced customer service support to local community members, as well as a reduction in overall operational costs.
- Modernizes aging infrastructure
- Enables customers to access water consumption directly via a customer portal
- Reduces loss and unaccounted for water within the City
- Provides up-to-date water usage data to improve conservation efforts
Solution
Following a thorough analysis of the City of Seabrook’s meter database and numerous field surveys and audits, Ameresco developed a comprehensive smart metering infrastructure project for the City. The team helped the City evaluate multiple AMI and meter vendors on many aspects including service, technical and software capabilities, as well as lifecycle cost. These efforts resulted in a turnkey project with a firm fixed price that included a new AMI system including:
- Replacement of 4,000+ meters including new meter boxes, new meter vaults, and all ancillary items
- Data and software integrations
- New customer portal