Laserfiche WebLink
w n' f n E N c E G V L [ ` . <br /> { RIVERSIDE PUBLIC UTILITIES <br /> Board Memorandum <br /> PUBLIC U71LI1IE <br /> BOARD OF PUBLIC UTILITIES DATE: November 18, 2011 <br /> ITEM NO: 14 <br /> SUBJECT: REQUEST FOR PROPOSALS NO. 1287, INSTALLATION OF SMART IRRIGATION <br /> CONTROLLERS FOR THE SMART IRRIGATION CONTROLLER AND HIGH- <br /> EFFICIENCY SPRINKLER NOZZLE DIRECT INSTALLATION PROGRAM — <br /> CONTRACT AWARE] <br /> ISSUE: <br /> That the Board of Public Utilities consider approval of an Agreement with Valley Soil, Inc. for the <br /> installation of Smart Irrigation Controllers. <br /> RECOMMENDATION: <br /> That the Board of Public Utilities approve a Professional Services Agreement with Valley Soil, Inc. of <br /> Temecula, California in an amount not to exceed $200,000 for the Smart irrigation Controller and High- <br /> Efficiency Sprinkler Nozzle Direct-install Program. <br /> BACKGROUND: <br /> In November 2009, the Governor and State Legislature approved a comprehensive water package that <br /> set ambitious water conservation policy and goals. included in this package, Senate Bill SBX7-7 <br /> mandates urban water suppliers lower per capita water usage 20% by the year 2020. In an effort to <br /> achieve the mandated goal, the City Council approved the multi-year Smart Irrigation Controller and <br /> High-Efficiency Sprinkler Nozzle Direct Installation Program (or Smart irrigation Program (SIP)) on July <br /> 12, 2011. <br /> The SIP will actively target high outdoor water-using Riverside Public Utilities (RPU) residential and <br /> commercial water customers and then phase-in over several years customers who use lesser amounts <br /> of water. Utility analyses have shown that over 50% of overall daily water use in Riverside is directly <br /> attributed to landscape irrigation. Smart controllers use factors such as soil and plant type, local weather <br /> data and historical weather patterns to automatically schedule irrigation for a landscape, These <br /> controllers have been proven to save as much as 25% of the water applied by conventional controllers <br /> and high-efficiency sprinkler nozzles have been proven to save up to 1,200 gallons of water a year per <br /> head. <br /> The SiP will be available to RPU water customers once a water audit is performed and an analysis of <br /> possible water savings is determined. These parameters will be documented and part of the program <br /> materials. A Request for Proposal (RFP) for a multi-year Smart Irrigation Program direct install plan was <br /> posted and circulated to local landscape contractors and is now being presented for approval. <br /> The four (4) proposals received are summarized as follows: <br />