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6.D. - Page 17 of 30 <br />to charge their vehicle, while another 49 percent fear the low availability of charging stations."38 <br />In considering whether and when to convert government fleets in San Mateo County, the Grand <br />Jury directs attention to the large number of public charging stations in the County mentioned <br />above. <br />For all of the advances in technology, education, and infrastructure availability, a consistent <br />theme in the CAPS and literature reviewed by the Grand Jury is the perceived cost of ZEVs <br />versus 100 percent fossil -fueled cars and the importance of feasibility and cost effectiveness. <br />Choosing a ZEV over a conventional, internal combustion engine (ICE) vehicle can result in <br />significant long term savings. ZEVs "cost less than half as much to operate as gas powered <br />cars."39 "The average cost to operate a ZEV in the US is $485 a year while the average for a <br />gasoline powered vehicle is $1,117."40 <br />The average price for a gallon of gasoline in California is $3.95 (May 2019). The average cost <br />for electricity per gallon equivalent during the daytime is $1.80.41 Fueling electric vehicles at <br />night (off peak) would cost even less. 42,43 <br />Maintenance cost for ZEVs is also lower because they have "fewer moving parts, no exhaust <br />system, less need for cooling, less abrasive braking options and no need to change engine oil, <br />coolant, transmission fluids, air filters, timing belts, head gaskets, cylinder heads and spark <br />plugs."44 The largest maintenance expense of a ZEV is the battery pack .45 ZEV batteries are <br />drained and recharged constantly but some manufacturers will cover replacement with a battery <br />warranty (such as for the Nissan Leaf, Chevrolet Bolt, and Tesla Model S).46 <br />In order to show how all of these factors result in a one-to-one cost comparison, an example <br />lifecycle cost analysis of a ZEV as compared to a comparable internal combustion engine vehicle <br />of the size used by the County of San Mateo is provided in Table 2. This analysis is based on a <br />calculation available on the website of PG&E, but the values have been modified to reflect the <br />rates and conditions that would be experienced by governments in San Mateo County.47 For <br />38 Rob Stumpf, "Americans Cite Range Anxiety, Cost as Largest Barriers for New EV Purchases: Study", The <br />Drive, February 26, 2019. https://www.thedrive.com/news/26637/americans-cite-range-anxiety-cost-as-largest- <br />barriers-for-new-ev-purchases-study <br />39 University of Michigan's Transportation Research Institute 2018 Study Report No. SWT -2018-1. <br />40 Ibid. <br />41 "egallon: What it is and Why it is Important" Department of Energy's egallon. www.energgov <br />42 Ibid. <br />43 Note egallon and miles per gallon (MPGe) is a measurement of the cost to drive a comparable vehicle the same <br />distance you could go on a gallon of gasoline. MPGe is a measurement of how efficiently a vehicle uses energy <br />based on the number of British Thermal Units (BTUs) in the fuel. <br />' Jeff McMahon, " Electric Vehicle Cost Less Than Half as Much to Drive", Forbes, January 14, 2018. <br />https://www.forbes.com/sites/j effmcmahon/2018/01 / 14/electric-vehicles-cost-less-than-half-as-much-to- <br />drive/#45dl708e3f97 <br />45 Ibid. <br />46 "Costs and Benefits of Electric Cars vs. Conventional Vehicles", November 15, 2018 <br />https://www.energysage. com/electric-vehicles/buyers-"ide/battery-life-for-top-evs/ <br />47 Pacific Gas & Electric Company, "Welcome to the EV Savings Calculator". https://ev.pge.com/ <br />2018-2019 San Mateo County Civil Grand Jury 10 <br />87 <br />