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2015-245
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Last modified
3/31/2017 10:50:19 AM
Creation date
12/17/2015 11:23:07 AM
Metadata
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Template:
Official Documents
Official Document Type
Application
Approved Date
12/15/2015
Control Number
2015-245
Agenda Item Number
8.Q.
Entity Name
St. Johns River Water Management District
Subject
Cost Share Funding Program Application 2015-2016
Advanced metering infrastructure water conservation
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St. Johns River Water Management District <br />Fiscal Year 2015-2016 Cost Share Program <br />Indian River County Department of Utility Services <br />Advanced Metering Infrastructure (AMI) for Water Conservation <br />Additional Information <br />Project Information at a Glance <br />The proposed project is to retrofit 1,000 manual read residential potable water meters with Advanced <br />Metering Infrastructure (AMI). IRCDUS has already worked with a consultant to evaluate the viability of <br />an AMI retrofit for the entire service area consisting of 47,000 meters. It was determined that there are <br />several systems available that would accommodate the needs of IRCDUS. Since there is already an <br />expansive fiber optic network, along with many data flow antennas and three above ground storage <br />tanks in the IRCDUS service area it was determined that the investment in infrastructure related to <br />transmitting the reads will be minimal in relation to the overall project. The entire project will consist of <br />three phases. The initial phase of this project targets 1,000 residential meters selected from IRCDUS's <br />highest volumetric residential customers. Ultimately, IRCDUS intends to install the AMI system <br />countywide. IRCDUS will utilize the initial phase to perfect the integration of the AMI software with <br />their current billing system. Once that is working proficiently, IRCDUS would complete implementation <br />of the 47,000 meters in three phases. <br />AMI systems accurately track water use at the customer level so that multiple readings can be analyzed <br />hourly, daily, weekly, monthly, and yearly. The technology that AMI systems utilize will allow IRCDUS to <br />efficiently monitor water leaks and customer water use. Thus IRCUDS will be able reduce wasteful and <br />unreasonable uses of water by setting parameters for water use and notifying customers whenever they <br />are outside of those parameters. <br />The AMI project will benefit four of the District's core mission areas: water conservation, water supply, <br />water quality, and natural systems. The primary benefit of the AMI system is conserving water supply <br />by reducing customer demands. IRCDUS' AMI system will allow for efficient monitoring of customer <br />level real-time water use. This data will be used to identify excessive water use, Teaks, illegal water <br />consumption, and irrigation that violates the St. Johns River Water Management District's (SJRWMD) <br />watering restrictions. The reductions in water use will thereby reduce IRCDUS withdrawals from the <br />Upper Floridan Aquifer. Reducing water used in irrigation will protect water quality from irrigation <br />runoff that carries fertilizer, pesticides, herbicides and soil runoff. Reducing this runoff will also reduce <br />the nitrogen and phosphorous loading of the area's natural systems, most notably, the Indian River <br />Lagoon. <br />More about the Technology and Methodology <br />AMI is a transformative investment in data and information. Information from an AMI system can be <br />used to boost revenues through early detection of illegal water use, continually access the accuracy of <br />the meters over their life span, quickly identify failing meters, detect customer side leaks, identify <br />customer level violations of SJRWMD watering restrictions, and improve customer satisfaction. An AMI <br />system encompasses many different components. In order to make radio transmission of real-time <br />
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