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STAFF REPORT <br />ITEM NO. 09 <br />DATE: OCTOBER 5, 2010 <br />TO: HONORABLE MAYOR AND CITY COUNCIL <br />FROM: ROD FOSTER, CITY MANAGER/GENERAL MANAGER <br />PREPARED BY: JAMES EARHART, INTERIM DIRECTOR OF UTILITY SERVICES <br />SUBJECT: AWARD OF BID FOR VARIOUS TRANSFORMERS FOR T <br />ELECTRIC UTILITY DEPARTMENT TO HD SUPPLY IN THE <br />AMOUNT OF $45,270.80. <br />RECOMMENDED ACTION <br />It is recommended that City Council award the Bid for Various Size Transformers for the <br />Electric Utility Department to HD Supply in the amount of $45,270.80. <br />GOAL STATEMENT <br />The proposed action will support the City's goal to provide safe, reliable, affordable, and <br />environmentally sustainable electric service. <br />BACKGROUND <br />The electric utility purchases distribution transformers into inventory when the need arises to <br />upgrade, replace, or install a new transformer for an electric customer. The electric utility also <br />orders back-up transformers due to long delivery times. At this time, the electric utility has a <br />requirement for pole and pad mounted transformers to be used for back-up. <br />On August 16, 2010, staff issued a Notice Inviting Bids for Various Size Transformers for the <br />Electric Utility Department, NIB -RG -1101. The Notice Inviting Bids and related documents <br />were distributed through BidNet, the City's online bid system. The Notice Inviting Bids was also <br />posted at City Hall. A public bid opening was held at 10:30 A.M., on August 31, 2010, at the <br />Electric Department Administrative Offices. Eight bids were received. <br />ISSUES/ANALYSIS <br />The bids were evaluated as to compliance with the specifications. Distribution transformers are <br />also evaluated for the total life cycle over each transformer's useful lifetime. This evaluation is <br />performed using a combination of loss calculations supplied by the transformer manufacturer and <br />the unit cost quoted by the vendor, and demonstrates the cost of the transformer over its "in- <br />service" life. The transformer that loses the least over the useful life results in the lowest cost of <br />