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CHARGING STATIONS AND TOURISM <br />During the summer, many people make vacation trips and weekend getaways from Washing- <br />ton, D.C., Baltimore, and Philadelphia to Ocean City, Maryland. The nearly i50-mile trip from <br />Washington, D.C., would require at least one stop along the way for an all -electric vehicle <br />with a ioo-mile range. More stops would be necessary for hybrid vehicles trying to maximize <br />battery powered travel. <br />As you can see from the map, U.S. 5o and U.S. t3 are the main routes to Ocean City. These <br />thoroughfares are littered with gas stations, outlet stores, fast food restaurants, and other busi- <br />nesses you would expect to see in highway commercial areas. While the map includes several <br />communities along these routes, not shown are the 5o or more other municipalities with their <br />own unique features and historic main streets. <br />Taking a comprehensive look at where to locate stations and the type of stations to in- <br />stall could provide additional benefits to a community. For instance, it is likely a community <br />or consumer will not want to wait longer than io minutes to charge their car at a fast food <br />restaurant or at a gas station. In this situation, the locality should require the highest volt- <br />age technology available for charging stations (Levet III) to prevent congestion and loitering <br />. where parking is limited. <br />However, strategically placing Level I or Level II stations in a main street community <br />could draw people in to find something to do while their car is powering up. These leisurely stops often occur anyway, but an EV driver may <br />stop in a specific community if they can both charge their vehicle and take in the small-town charm. <br />More importantly for the planner, once ideal locations and charging station types are determined, the zoning districts in which they lie can <br />be found by overlaying the proposed location on the zoning map. This can help determine the sections of the local zoning and development <br />codes that need to be revised to incorporate the focal EV strategy. <br />to fully charge an electric/gas hybrid vehicle <br />or neighborhood electric vehicle. With a few <br />sales to the general public and increased use <br />by city workers, the four units could become <br />quickly exhausted. The city may have to con- <br />sider adding additional charging stations,. <br />which could have adverse impacts on parking <br />as discussed earlier. Another option would <br />be to replace existing units with Level II sta- <br />tions, or Level III stations when available. <br />Adding stations, juggling parking is- <br />sues, and upgrading existing units may alt <br />be costly options. This is why it is important <br />for communities to study the expected im- <br />pact of EV safes locally and to learn about <br />existing technologies for charging stations <br />and their effects on parking facilities in or- <br />der to develop a comprehensive strategy in <br />advance of purchasing and installing units. <br />Concerning focal initiatives for instal- <br />lation by developers, Vancouver is the first <br />(and only known municipality) in the world <br />to require the installation of charging sta- <br />tions at new developments. In Vancouver, <br />all new condo developments must dedicate <br />zo percent of parking spaces to EV charging <br />(http://va n couver.ca/susta i nabi l ity/electric_ <br />vehictes.htm). AU new one- and two-family <br />dwellings are also required to install charg- <br />ing stations for each unit as part of the city's <br />Green Homes Program (http://vancouver. <br />ca/commsvcs/CBOFFICIAL/greenbuitd ings/ <br />greenhomes/electricvehicte.htm). Although <br />there was some pushbackfrom the develop- <br />ment community, Vancouver studies indicate <br />that there is only a o.5 percent increased cost <br />to the developer to install a charging station. <br />The added cost for developers brings <br />up the dilemma seen in many planning is- <br />sues: Should charging stations be mandated <br />or should incentives be provided to promote <br />installation? While the question of whether <br />developers can be mandated to install charging <br />stations in new developments has not yet been <br />tested in U.S. courts, there is enough precedent <br />with similar mandates to say that governments <br />are likely able to legally require installation. <br />Whether a community will exercise its <br />power to mandate charging stations is a <br />different issue. The community will have to <br />consider how the added cost (though argu- <br />ably minimal) wilt affect the consumer it will <br />be likely passed on to. <br />Option two is to provide incentives to <br />a developer to install charging stations for <br />public use. We found no instances of local <br />initiatives to promote installation of charging <br />stations by development's while researching <br />this article. However, a variety of incentives <br />has been used to promote voluntary set -aside <br />of affordable housing units in new develop- <br />ments. Tax abatement, reductions in parking, <br />density bonuses, and other creative incentives <br />are all possibilities for communities unwilling <br />to mandate installation of charging stations. <br />Nationally, there are two major incen- <br />tives available to promote adding charging <br />stations in new developments. UDR, Inc., <br />has installed charging stations at two Texas <br />multifamily developments and is request- <br />ing that the U.S. Green Building Council <br />recognize these features as part of the LEED <br />certification scoring. If recognized, adding <br />charging stations can help developers easily <br />add points to achieve LEED certification. <br />An additional incentive for develop- <br />ers is cost savings over time. This can be <br />achieved in areas with Smart Grid electrical <br />technology. Using solar technology, with or <br />without Smart Grid infrastructure, can also <br />help developers recoup the costs of adding <br />enhanced charging stations. <br />While a complete discussion of a Smart <br />Grid is beyond the scope of this article, <br />there are two important aspects of this <br />technology that could provide incentives <br />for developers to install charging stations. <br />First, a Smart Grid would allow consumers <br />to choose what time of day they wanted to <br />take power from the grid. Second, it would <br />permit consumers to sell excess electricity <br />generated on -site by solar panels back to <br />the utility provider. <br />The ability to control when charging <br />would take place could lead to stations only <br />being used during off-peak hours when <br />116 <br />ZONINGPRACTICE 7.2o <br />AMERICAN PLANNING AssOCIATON Ipage 6 <br />